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/++ A module containing the StatsReporter Copyright: © 2017 Szabo Bogdan License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file. Authors: Szabo Bogdan +/ module trial.reporters.stats; import std.algorithm; import std.string; import std.conv; import std.exception; import std.array; import std.datetime; import std.stdio; import std.file; import std.path; import trial.runner; import trial.interfaces; /// struct Stat { /// string name; /// SysTime begin; /// SysTime end; /// TestResult.Status status = TestResult.Status.unknown; /// SourceLocation location; } /// class StatStorage { /// Stat[] values; } Stat find(StatStorage storage, const(string) name) { auto res = storage.values.filter!(a => a.name == name); if (res.empty) { return Stat("", SysTime.min, SysTime.min); } return res.front; } /// The stats reporter creates a csv file with the duration and the result of all your steps and tests. /// It's usefull to use it with other reporters, like spec progress. class StatsReporter : ILifecycleListener, ITestCaseLifecycleListener, ISuiteLifecycleListener, IStepLifecycleListener { private { immutable string destination; StatStorage storage; string[][string] path; } this(StatStorage storage, string destination) { this.storage = storage; this.destination = destination; } this(string destination) { this(new StatStorage, destination); } private { auto lastItem(string key) { enforce(path[key].length > 0, "There is no defined path"); return path[key][path.length - 1]; } } void update() { } void begin(ref SuiteResult suite) { } void end(ref SuiteResult suite) { storage.values ~= Stat(suite.name, suite.begin, Clock.currTime); } void begin(string suite, ref TestResult test) { } void end(string suite, ref TestResult test) { storage.values ~= Stat(suite ~ "." ~ test.name, test.begin, Clock.currTime, test.status, SourceLocation(test.fileName, test.line)); } void begin(string suite, string test, ref StepResult step) { string key = suite ~ "." ~ test; path[key] ~= step.name; } void end(string suite, string test, ref StepResult step) { string key = suite ~ "." ~ test; enforce(lastItem(key) == step.name, "Invalid step name"); storage.values ~= Stat(key ~ "." ~ path[key].join('.'), step.begin, Clock.currTime); path[key] = path[key][0 .. $ - 1]; } void begin(ulong) { } void end(SuiteResult[]) { auto parent = buildPath(pathSplitter(destination).array[0..$-1]); if(parent != "" && !parent.exists) { mkdirRecurse(parent); } std.file.write(destination, storage.toCsv); auto attachment = const Attachment("stats", destination, "text/csv"); if(LifeCycleListeners.instance !is null) { LifeCycleListeners.instance.attach(attachment); } } } version (unittest) { version(Have_fluent_asserts) { import fluent.asserts; import std.datetime; import std.stdio; } } /// It should write the stats to the expected path unittest { scope(exit) { if(exists("destination.csv")) { std.file.remove("destination.csv"); } } auto stats = new StatsReporter("destination.csv"); stats.end([]); "destination.csv".exists.should.equal(true); } @("it should add suite to the storage") unittest { auto storage = new StatStorage; auto stats = new StatsReporter(storage, "trial-stats.csv"); SuiteResult suite = SuiteResult("suite1"); stats.begin(suite); stats.end(suite); storage.values.length.should.equal(1); suite.name = "suite2"; stats.begin(suite); stats.end(suite); storage.values.length.should.equal(2); storage.values.map!(a => a.name).array.should.equal(["suite1", "suite2"]); storage.values.map!(a => a.status) .array.should.equal([TestResult.Status.unknown, TestResult.Status.unknown]); storage.values.map!(a => a.begin).array.should.equal([suite.begin, suite.begin]); storage.values.map!(a => a.end > a.begin).array.should.equal([true, true]); } @("it should add tests to the storage") unittest { auto storage = new StatStorage; auto stats = new StatsReporter(storage, "trial-stats.csv"); SuiteResult suite = SuiteResult("suite"); auto test = new TestResult("test1"); test.fileName = "file1.d"; test.line = 11; test.status = TestResult.Status.success; stats.begin(suite); stats.begin("suite", test); stats.end("suite", test); storage.values.length.should.equal(1); test.name = "test2"; test.status = TestResult.Status.failure; test.fileName = "file2.d"; test.line = 22; stats.begin("suite", test); stats.end("suite", test); storage.values.length.should.equal(2); storage.values.map!(a => a.name).array.should.equal(["suite.test1", "suite.test2"]); storage.values.map!(a => a.status).array.should.equal([TestResult.Status.success, TestResult.Status.failure]); storage.values.map!(a => a.begin).array.should.equal([test.begin, test.begin]); storage.values.map!(a => a.end > a.begin).array.should.equal([true, true]); storage.values.map!(a => a.location.fileName).array.should.equal(["file1.d", "file2.d"]); storage.values.map!(a => a.location.line).array.should.equal([11, 22].to!(size_t[])); } @("it should add steps to the storage") unittest { auto storage = new StatStorage; auto stats = new StatsReporter(storage, "trial-stats.csv"); SuiteResult suite = SuiteResult("suite"); auto test = new TestResult("test"); auto step = new StepResult; step.name = "step1"; step.begin = Clock.currTime; stats.begin(suite); stats.begin("suite", test); stats.begin("suite", "test", step); stats.end("suite", "test", step); storage.values.length.should.equal(1); step.name = "step2"; stats.begin("suite", "test", step); stats.end("suite", "test", step); storage.values.length.should.equal(2); storage.values.map!(a => a.name).array.should.equal(["suite.test.step1", "suite.test.step2"]); storage.values.map!(a => a.status) .array.should.equal([TestResult.Status.unknown, TestResult.Status.unknown]); storage.values.map!(a => a.begin).array.should.equal([step.begin, step.begin]); storage.values.map!(a => a.end > a.begin).array.should.equal([true, true]); } string toCsv(const(StatStorage) storage) { return storage.values.map!(a => [a.name, a.begin.toISOExtString, a.end.toISOExtString, a.status.to!string, a.location.fileName, a.location.line.to!string]).map!(a => a.join(',')).join('\n'); } @("it should convert stat storage to csv") unittest { auto stats = new StatStorage; stats.values = [Stat("1", SysTime.min, SysTime.max), Stat("2", SysTime.min, SysTime.max, TestResult.Status.success, SourceLocation("file.d", 2))]; stats.toCsv.should.equal("1,-29227-04-19T21:11:54.5224192Z,+29228-09-14T02:48:05.4775807Z,unknown,,0\n" ~ "2,-29227-04-19T21:11:54.5224192Z,+29228-09-14T02:48:05.4775807Z,success,file.d,2"); } StatStorage toStatStorage(const(string) data) { auto stat = new StatStorage; stat.values = data .split('\n') .map!(a => a.split(',')) .filter!(a => a.length == 6) .map!(a => Stat(a[0], SysTime.fromISOExtString(a[1]), SysTime.fromISOExtString(a[2]), a[3].to!(TestResult.Status), SourceLocation(a[4], a[5].to!size_t))) .array; return stat; } @("it should create stat storage from csv") unittest { auto storage = ("1,-29227-04-19T21:11:54.5224192Z,+29228-09-14T02:48:05.4775807Z,success,,0\n" ~ "2,-29227-04-19T21:11:54.5224192Z,+29228-09-14T02:48:05.4775807Z,unknown,file.d,12").toStatStorage; storage.values.length.should.equal(2); storage.values[0].name.should.equal("1"); storage.values[0].begin.should.equal(SysTime.min); storage.values[0].end.should.equal(SysTime.max); storage.values[0].status.should.equal(TestResult.Status.success); storage.values[0].location.fileName.should.equal(""); storage.values[0].location.line.should.equal(0); storage.values[1].name.should.equal("2"); storage.values[1].begin.should.equal(SysTime.min); storage.values[1].end.should.equal(SysTime.max); storage.values[1].status.should.equal(TestResult.Status.unknown); storage.values[1].location.fileName.should.equal("file.d"); storage.values[1].location.line.should.equal(12); } StatStorage statsFromFile(string fileName) { if (!fileName.exists) { return new StatStorage(); } return fileName.readText.toStatStorage; }