smartfile/test/test.js

"use strict";
require("typings-test");
const smartfile = require("../dist/index");
let gulp = require("gulp");
let gFunction = require("gulp-function");
const path = require("path");
const should = require("should");
let vinyl = require("vinyl");
describe("smartfile".yellow, function () {
    describe(".fs".yellow, function () {
        describe(".fileExistsSync".yellow, function () {
            it("should return an accurate boolean", function () {
                (smartfile.fs.fileExistsSync("./test/mytest.json")).should.be.true();
                (smartfile.fs.fileExistsSync("./test/notthere.json")).should.be.false();
            });
        });
        describe(".fileExists".yellow, function () {
            it("should return a working promise", function () {
                (smartfile.fs.fileExists("./test/mytest.json")).should.be.Promise();
                (smartfile.fs.fileExists("./test/mytest.json")).should.be.fulfilled();
                (smartfile.fs.fileExists("./test/notthere.json")).should.not.be.fulfilled();
            });
        });
        describe(".listFoldersSync()", function () {
            it("should get the file type from a string", function () {
                smartfile.fs.listFoldersSync("./test/").should.containDeep(["testfolder"]);
                smartfile.fs.listFoldersSync("./test/").should.not.containDeep(["notExistentFolder"]);
            });
        });
        describe(".listFolders()", function () {
            it("should get the file type from a string", function (done) {
                smartfile.fs.listFolders("./test/")
                    .then(function (folderArrayArg) {
                    folderArrayArg.should.containDeep(["testfolder"]);
                    folderArrayArg.should.not.containDeep(["notExistentFolder"]);
                    done();
                });
            });
        });
        describe(".listFilesSync()", function () {
            it("should get the file type from a string", function () {
                smartfile.fs.listFilesSync("./test/").should.containDeep(["mytest.json"]);
                smartfile.fs.listFilesSync("./test/").should.not.containDeep(["notExistentFile"]);
                smartfile.fs.listFilesSync("./test/", /mytest\.json/).should.containDeep(["mytest.json"]);
                smartfile.fs.listFilesSync("./test/", /mytests.json/).should.not.containDeep(["mytest.json"]);
            });
        });
        describe(".listFiles()", function () {
            it("should get the file type from a string", function (done) {
                smartfile.fs.listFiles("./test/")
                    .then(function (folderArrayArg) {
                    folderArrayArg.should.containDeep(["mytest.json"]);
                    folderArrayArg.should.not.containDeep(["notExistentFile"]);
                    done();
                });
            });
        });
        describe(".listFileTree()", function () {
            it("should get a file tree", function (done) {
                smartfile.fs.listFileTree(path.resolve("./test/"), "**/*.txt")
                    .then(function (folderArrayArg) {
                    folderArrayArg.should.containDeep(["testfolder/testfile1.txt"]);
                    folderArrayArg.should.not.containDeep(["mytest.json"]);
                    done();
                });
            });
        });
        describe(".copy()".yellow, function () {
            it("should copy a directory", function () {
                smartfile.fs.copy("./test/testfolder/", "./test/temp/");
            });
            it("should copy a file", function () {
                smartfile.fs.copy("./test/mytest.yaml", "./test/temp/");
            });
            it("should copy a file and rename it", function () {
                smartfile.fs.copy("./test/mytest.yaml", "./test/temp/mytestRenamed.yaml");
            });
        });
        describe(".remove()", function () {
            it("should remove an entire directory", function () {
            });
            it("should remove single files", function () {
            });
        });
    });
    describe(".interpreter", function () {
        describe(".filetype()", function () {
            it("should get the file type from a string", function () {
                smartfile.interpreter.filetype("./somefolder/data.json").should.equal("json");
            });
        });
    });
    describe(".fs".yellow, function () {
        describe("toGulpStreamSync() and toGulpDestSync", function () {
            it("should produce a gulp stream", function (done) {
                smartfile.fs.toGulpStreamSync("./test/my*")
                    .pipe(smartfile.fs.toGulpDestSync("./test/temp/"))
                    .pipe(gFunction(done, "atEnd"));
            });
        });
        describe(".toObjectSync()".yellow, function () {
            it("should read an " + ".yaml".blue + " file to an object", function () {
                let testData = smartfile.fs.toObjectSync("./test/mytest.yaml");
                testData.should.have.property("key1", "this works");
                testData.should.have.property("key2", "this works too");
            });
            it("should state unknown file type for unknown file types", function () {
                let testData = smartfile.fs.toObjectSync("./test/mytest.txt");
            });
            it("should read an " + ".json".blue + " file to an object", function () {
                let testData = smartfile.fs.toObjectSync("./test/mytest.json");
                testData.should.have.property("key1", "this works");
                testData.should.have.property("key2", "this works too");
            });
        });
        describe(".toStringSync()".yellow, function () {
            it("should read a file to a string", function () {
                should.equal(smartfile.fs.toStringSync("./test/mytest.txt"), "Some TestString &&%$");
            });
        });
        describe(".toVinylSync".yellow, function () {
            it("should read an " + ".json OR .yaml".blue + " file to an " + "vinyl file object".cyan, function () {
                let testData = smartfile.fs.toVinylSync("./test/mytest.json");
                (vinyl.isVinyl(testData)).should.be.true();
            });
        });
    });
    describe(".memory", function () {
        describe(".toGulpStream()", function () {
            it("should produce a valid gulp stream", function () {
                let localArray = ["test1", "test2", "test3"];
                smartfile.memory.toGulpStream(localArray)
                    .pipe(gulp.dest("./test/temp/"));
            });
        });
        describe("toVinylFileSync()", function () {
            it("should produce a vinylFile", function () {
                let localString = "myString";
                let localOptions = { filename: "vinylfile2", base: "/someDir" };
                (smartfile.memory.toVinylFileSync(localString, localOptions) instanceof vinyl).should.be.true();
            });
        });
        describe("toVinylArraySync()", function () {
            it("should produce a an array of vinylfiles", function () {
                let localStringArray = ["string1", "string2", "string3"];
                let localOptions = { filename: "vinylfile2", base: "/someDir" };
                let testResult = smartfile.memory.toVinylArraySync(localStringArray, localOptions);
                testResult.should.be.Array();
                (testResult.length === 3).should.be.true();
                for (let myKey in testResult) {
                    (testResult[myKey] instanceof vinyl).should.be.true();
                }
            });
        });
        describe("toStringSync()", function () {
            it("should produce a String from vinyl file", function () {
                let localString = smartfile.memory.toStringSync(new vinyl({
                    base: "/",
                    path: "/test.txt",
                    contents: new Buffer("myString")
                }));
                localString.should.equal("myString");
            });
        });
        describe("toFs()", function () {
            it("should write a file to disk and return a promise", function (done) {
                let localString = "myString";
                smartfile.memory.toFs(localString, path.join(process.cwd(), "./test/temp/testMemToFs.txt")).then(done);
            });
        });
        describe("toFsSync()", function () {
            it("should write a file to disk and return true if successfull", function () {
                let localString = "myString";
                smartfile.memory.toFsSync(localString, path.join(process.cwd(), "./test/temp/testMemToFsSync.txt"));
            });
        });
    });
    describe(".remote", function () {
        describe("toGulpStreamSync()", function () {
            it("should produce a gulp stream", function (done) {
                this.timeout(5000);
                smartfile.remote.toGulpStreamSync("mytest.txt", "https://raw.githubusercontent.com/pushrocks/smartfile/master/test/")
                    .pipe(smartfile.fs.toGulpDestSync("./test/temp/"))
                    .pipe(gFunction(done, "atEnd"));
            });
        });
        describe(".toString()", function () {
            it("should load a remote file to a variable", function (done) {
                this.timeout(5000);
                smartfile.remote.toString("https://raw.githubusercontent.com/pushrocks/smartfile/master/test/mytest.txt")
                    .then(function (responseString) {
                    should.equal(responseString, "Some TestString &&%$");
                    done();
                });
            });
            it("should reject a Promise when the link is false", function (done) {
                this.timeout(10000);
                smartfile.remote.toString("https://push.rocks/doesnotexist.txt")
                    .then(function () {
                    throw new Error("this test should not be resolved");
                }, function () {
                    done();
                });
            });
        });
    });
});
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