static CakeAPI()
{
var env = new CakeEnvironment(new CakePlatform(), new CakeRuntime());
var fileSystem = new FileSystem();
var verbosity = Verbosity.Normal;
if (Startup.HasArgument("cake-verbosity"))
{
verbosity = Enum.Parse <Verbosity>(Startup.Argument("cake-verbosity"));
}
var cakeLog = new CakeBuildLog(new CakeConsole(env), verbosity);
var cakeConfiguration = new CakeConfiguration(new Dictionary <string, string>());
var toolRepos = new ToolRepository(env);
Globber = new Globber(fileSystem, env);
var cakeDataService = new CakeDataService();
var registry = new WindowsRegistry();
var toolLocator = new ToolLocator(env, toolRepos, new ToolResolutionStrategy(fileSystem, env, Globber, cakeConfiguration, cakeLog));
var cakeArgs = new CakeArguments(new List <string>().ToLookup(x => x));
var procRunner = new ProcessRunner(fileSystem, env, cakeLog, toolLocator, cakeConfiguration);
Context = new CakeContext(fileSystem, env, Globber, cakeLog, cakeArgs, procRunner, registry, toolLocator, cakeDataService, cakeConfiguration);
}
public FakeCakeContext()
{
testsDir = new DirectoryPath(
System.IO.Path.GetFullPath(AppContext.BaseDirectory));
var fileSystem = new FileSystem();
log = new FakeLog();
var runtime = new CakeRuntime();
var platform = new FakePlatform(PlatformFamily.Windows);
var environment = new CakeEnvironment(platform, runtime);
var globber = new Globber(fileSystem, environment);
var args = new FakeCakeArguments();
var registry = new WindowsRegistry();
var dataService = new FakeDataService();
var toolRepository = new ToolRepository(environment);
var config = new FakeConfiguration();
var toolResolutionStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, config, log);
IToolLocator tools = new ToolLocator(environment, toolRepository, toolResolutionStrategy);
var processRunner = new ProcessRunner(fileSystem, environment, log, tools, config);
context = new CakeContext(fileSystem, environment, globber, log, args, processRunner, registry, tools, dataService, config);
context.Environment.WorkingDirectory = testsDir;
}
public FakeCakeContext()
{
var fileSystem = new FileSystem();
Log = new FakeLog();
var runtime = new CakeRuntime();
var platform = new FakePlatform(PlatformFamily.Windows);
var environment = new CakeEnvironment(platform, runtime, Log);
var globber = new Globber(fileSystem, environment);
var args = Substitute.For <ICakeArguments>();
var registry = new WindowsRegistry();
var dataService = Substitute.For <ICakeDataService>();
var toolRepository = new ToolRepository(environment);
var toolResolutionStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, new FakeConfiguration());
var tools = new ToolLocator(environment, toolRepository, toolResolutionStrategy);
var processRunner = new ProcessRunner(fileSystem, environment, Log, tools, new FakeConfiguration());
Context = new CakeContext(fileSystem, environment, globber, Log, args, processRunner, registry, tools, dataService);
WorkingDirectory = new DirectoryPath(
System.IO.Path.GetFullPath(AppContext.BaseDirectory));
Context.Environment.WorkingDirectory = WorkingDirectory;
}
public UnityRunnerFixture()
{
ProjectPath = new DirectoryPath("C:/Project");
Platform = Substitute.For <UnityPlatform>();
DefaultToolPathExist = true;
ProjectPathExist = true;
Process = new FakeProcess();
ProcessRunner = Substitute.For <IProcessRunner>();
ProcessRunner.Start(Arg.Any <FilePath>(), Arg.Any <ProcessSettings>()).Returns(Process);
Environment = new FakeEnvironment(PlatformFamily.Windows)
{
WorkingDirectory = "/Working"
};
Environment.SetSpecialPath(SpecialPath.ProgramFilesX86, "C:/Program Files (x86)");
FileSystem = new FakeFileSystem(Environment);
var globber = new Globber(FileSystem, Environment);
Tools = new ToolLocator(Environment, new ToolRepository(Environment), new ToolResolutionStrategy(FileSystem, Environment, globber, new FakeConfiguration()));
Context = new CakeContext(FileSystem, Environment, globber, new FakeLog(), Substitute.For <ICakeArguments>(), ProcessRunner, Substitute.For <IRegistry>(), Tools, Substitute.For <ICakeDataService>());
}
public FakeCakeContext()
{
var testsDir = new DirectoryPath(System.IO.Path.GetFullPath(AppContext.BaseDirectory));
var fileSystem = new FileSystem();
var environment = new FakeEnvironment(PlatformFamily.Windows);
var globber = new Globber(fileSystem, environment);
var log = new FakeLog();
var args = new FakeCakeArguments();
var toolRepo = new ToolRepository(environment);
var config =
new CakeConfigurationProvider(fileSystem, environment)
.CreateConfiguration(testsDir,
new Dictionary <string, string>());
var toolResolutionStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, config);
var toolLocator = new ToolLocator(environment, toolRepo, toolResolutionStrategy);
var processRunner = new ProcessRunner(fileSystem, environment, log, toolLocator, config);
var registry = new WindowsRegistry();
var dataService = new FakeDataService();
_context = new CakeContext(
fileSystem,
environment,
globber,
log,
args,
processRunner,
registry,
toolLocator,
dataService,
config);
_context.Environment.WorkingDirectory = testsDir;
}
public NuGetToolResolverFixture(FakeEnvironment environment = null)
{
Environment = environment ?? FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(Environment);
Tools = new ToolLocator(
Environment,
new ToolRepository(Environment),
new ToolResolutionStrategy(FileSystem, Environment, new Globber(FileSystem, Environment), new FakeConfiguration()));
}
public CloudShellToolResolverFixture(FakeEnvironment environment = null)
{
this.Environment = environment ?? FakeEnvironment.CreateUnixEnvironment();
this.FileSystem = new FakeFileSystem(this.Environment);
this.Tools = new ToolLocator(
this.Environment,
new ToolRepository(this.Environment),
new ToolResolutionStrategy(this.FileSystem, this.Environment, new Globber(this.FileSystem, this.Environment), new FakeConfiguration()));
}
/// <inheritdoc/>
public void Import(SpriteFontAsset options, List <char> characters)
{
fontSource = options.FontSource.GetFontPath();
if (string.IsNullOrEmpty(fontSource))
{
return;
}
// Get the msdfgen.exe location
var msdfgen = ToolLocator.LocateTool("msdfgen.exe") ?? throw new AssetException("Failed to compile a font asset, msdfgen was not found.");
msdfgenExe = msdfgen.FullPath;
tempDir = $"{Environment.GetEnvironmentVariable("TEMP")}\\";
var factory = new Factory();
FontFace fontFace = options.FontSource.GetFontFace();
var fontMetrics = fontFace.Metrics;
// Create a bunch of GDI+ objects.
var fontSize = options.FontType.Size;
var glyphList = new List <Glyph>();
// Remap the LineMap coming from the font with a user defined remapping
// Note:
// We are remapping the lineMap to allow to shrink the LineGap and to reposition it at the top and/or bottom of the
// font instead of using only the top
// According to http://stackoverflow.com/questions/13939264/how-to-determine-baseline-position-using-directwrite#comment27947684_14061348
// (The response is from a MSFT employee), the BaseLine should be = LineGap + Ascent but this is not what
// we are experiencing when comparing with MSWord (LineGap + Ascent seems to offset too much.)
//
// So we are first applying a factor to the line gap:
// NewLineGap = LineGap * LineGapFactor
var lineGap = fontMetrics.LineGap * options.LineGapFactor;
// Store the font height.
LineSpacing = (float)(lineGap + fontMetrics.Ascent + fontMetrics.Descent) / fontMetrics.DesignUnitsPerEm * fontSize;
// And then the baseline is also changed in order to allow the linegap to be distributed between the top and the
// bottom of the font:
// BaseLine = NewLineGap * LineGapBaseLineFactor
BaseLine = (float)(lineGap * options.LineGapBaseLineFactor + fontMetrics.Ascent) / fontMetrics.DesignUnitsPerEm * fontSize;
// Generate SDF bitmaps for each character in turn.
foreach (var character in characters)
{
glyphList.Add(ImportGlyph(fontFace, character, fontMetrics, fontSize));
}
Glyphs = glyphList;
factory.Dispose();
}
public MkDocsContextFixture(IProcess process)
{
ProcessRunner = new FakeProcessRunner(process);
Environment = FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(Environment);
Globber = new Globber(FileSystem, Environment);
Configuration = new FakeConfiguration();
Tools = new ToolLocator(Environment, new ToolRepository(Environment), new ToolResolutionStrategy(FileSystem, Environment, Globber, Configuration));
Data = new FakeCakeDataService();
DefaultToolPath = new FilePath("./tools/mkdocs.exe").MakeAbsolute(Environment);
((FakeFileSystem)FileSystem).CreateFile(DefaultToolPath);
}
/// <summary>
/// Ensures that the environment is a windows environment.
/// <para>WARNING: As calling this method will remove the existing Environment
/// and replace it with a new one, this method should be called first, before any
/// other modifications are made.</para>
/// </summary>
public void GivenAWindowsEnvironment()
{
Environment = FakeEnvironment.CreateWindowsEnvironment();
// re-create everything that had a reference to the old environment
// see https://github.com/cake-build/cake/blob/main/src/Cake.Testing/Fixtures/ToolFixture%602.cs#L78
FileSystem = new FakeFileSystem(Environment);
Globber = new Globber(FileSystem, Environment);
Tools = new ToolLocator(Environment, new ToolRepository(Environment), new ToolResolutionStrategy(FileSystem, Environment, Globber, Configuration, new NullLog()));
// re-create the tool (as it, too, had a reference to the environment
_tool = new GradleRunner(FileSystem, Environment, ProcessRunner, Tools);
}
public void Should_Throw_If_Tool_Is_Null()
{
// Given
var environment = FakeEnvironment.CreateUnixEnvironment();
var repository = Substitute.For <IToolRepository>();
var strategy = Substitute.For <IToolResolutionStrategy>();
var locator = new ToolLocator(environment, repository, strategy);
// When
var result = Record.Exception(() => locator.Resolve(null));
// Then
AssertEx.IsArgumentNullException(result, "tool");
}
public void Should_Throw_If_Tool_Is_Empty(string tool)
{
// Given
var environment = FakeEnvironment.CreateUnixEnvironment();
var repository = Substitute.For <IToolRepository>();
var strategy = Substitute.For <IToolResolutionStrategy>();
var locator = new ToolLocator(environment, repository, strategy);
// When
var result = Record.Exception(() => locator.Resolve(tool));
// Then
Assert.IsArgumentException(result, "tool", "Tool name cannot be empty.");
}
protected ToolFixture(string toolFilename)
{
Settings = new TToolSettings();
ProcessRunner = new ToolFixtureProcessRunner <TFixtureResult>(CreateResult);
Environment = FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(Environment);
Globber = new Globber(FileSystem, Environment);
Configuration = new FakeConfiguration();
Tools = new ToolLocator(Environment, new ToolRepository(Environment), new ToolResolutionStrategy(FileSystem, Environment, Globber, Configuration));
// ReSharper disable once VirtualMemberCallInContructor
_defaultToolPath = GetDefaultToolPath(toolFilename);
FileSystem.CreateFile(_defaultToolPath);
}
public MockContext()
{
Arguments = new CakeArguments();
Environment = FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(Environment);
Globber = Substitute.For <IGlobber>();
Log = new FakeLog();
var configuration = new FakeConfiguration();
Configuration = configuration;
Registry = new WindowsRegistry();
Tools = new ToolLocator(Environment, new ToolRepository(Environment), new ToolResolutionStrategy(FileSystem, Environment, Globber, configuration, Log));
ProcessRunner = new ProcessRunner(FileSystem, Environment, Log, Tools, configuration);
}
public void Should_Resolve_Tool_Using_The_Tool_Resolution_Strategy()
{
// Given
var environment = FakeEnvironment.CreateUnixEnvironment();
var repository = Substitute.For <IToolRepository>();
var strategy = Substitute.For <IToolResolutionStrategy>();
var locator = new ToolLocator(environment, repository, strategy);
// When
locator.Resolve("test.exe");
// Then
strategy.Received(1)
.Resolve(Arg.Is(repository), Arg.Is("test.exe"));
}
public void Should_Resolve_ToolExeNames_Using_The_Tool_Resolution_Strategy()
{
// Given
var environment = FakeEnvironment.CreateUnixEnvironment();
var repository = Substitute.For <IToolRepository>();
var strategy = Substitute.For <IToolResolutionStrategy>();
var locator = new ToolLocator(environment, repository, strategy);
// When
locator.Resolve(new[] { "test.exe", "dotnet-test", "dotnet-test.exe" });
// Then
strategy.Received(1)
.Resolve(Arg.Is(repository), Arg.Is <IEnumerable <string> >(arg => arg.SequenceEqual(new[] { "test.exe", "dotnet-test", "dotnet-test.exe" })));
}
public void Should_Register_File_Path_With_Tool_Repository()
{
// Given
var environment = FakeEnvironment.CreateUnixEnvironment();
var repository = Substitute.For <IToolRepository>();
var strategy = Substitute.For <IToolResolutionStrategy>();
var locator = new ToolLocator(environment, repository, strategy);
// When
locator.RegisterFile("./mytools/test.exe");
// Then
repository.Received(1)
.Register(Arg.Is <FilePath>(path => path.FullPath == "/Working/mytools/test.exe"));
}
private static string GetCakePath(string cwd)
{
var locator = new ToolLocator(new List <string> {
"dotnet-cake.exe", "dotnet-cake", "cake.exe"
})
.AddConfigPath(() => new ConfigurationParser(ConfigurationParser.GetConfigFilePath(cwd)))
.AddEnvironmentVariables()
.AddKnownPaths("tools/Cake", "Cake", ".");
var path = locator.Locate(cwd);
return(string.IsNullOrWhiteSpace(path)
? PathHelpers.ExistsOnPath("cake.exe")
? "cake"
: null
: path);
}
protected BaseMkDocsServeAsyncFixture()
{
Settings = new MkDocsServeAsyncSettings();
ProcessRunner = new ToolFixtureProcessLongRunner(CreateResult);
Environment = FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(Environment);
Globber = new Globber(FileSystem, Environment);
Configuration = new FakeConfiguration();
Tools = new ToolLocator(Environment, new ToolRepository(Environment),
new ToolResolutionStrategy(FileSystem, Environment, Globber, Configuration));
// ReSharper disable once VirtualMemberCallInConstructor
DefaultToolPath = GetDefaultToolPath(ToolFileName);
FileSystem.CreateFile(DefaultToolPath);
Settings.Token = new CancellationToken(true);
}
public CakeFixture()
{
var env = FakeEnvironment.CreateUnixEnvironment();
FileSystem = new FakeFileSystem(env);
var globber = new Globber(FileSystem, env);
var log = new NullLog();
var reg = new WindowsRegistry();
var config = new CakeConfiguration(new Dictionary <string, string>());
var strategy = new ToolResolutionStrategy(FileSystem, env, globber, config, log);
var toolLocator = new ToolLocator(env, new ToolRepository(env), strategy);
var cakeDataService = new FakeDataService();
var runner = new ProcessRunner(FileSystem, env, log, toolLocator, config);
var args = new FakeArguments();
Context = new CakeContext(FileSystem, env, globber, log, args, runner, reg, toolLocator, cakeDataService, config);
}
public FakeCakeContext ()
{
testsDir = new DirectoryPath(System.IO.Path.GetFullPath(AppContext.BaseDirectory));
var environment = Cake.Testing.FakeEnvironment.CreateUnixEnvironment (false);
var fileSystem = new Cake.Testing.FakeFileSystem (environment);
var globber = new Globber (fileSystem, environment);
log = new Cake.Testing.FakeLog ();
var args = new FakeCakeArguments ();
var processRunner = new ProcessRunner (environment, log);
var registry = new WindowsRegistry ();
var tools = new ToolLocator(environment, new ToolRepository(environment), new ToolResolutionStrategy(fileSystem, environment, globber, new FakeConfiguration()));
context = new CakeContext (fileSystem, environment, globber, log, args, processRunner, registry, tools);
context.Environment.WorkingDirectory = testsDir;
}
public static IScriptHost GetScriptHost()
{
var console = new CakeConsole();
ICakeLog log = new CakeBuildLog(console);
IFileSystem fileSystem = new FileSystem();
ICakeDataService data = new BridgeDataService();
ICakeEnvironment environment = new CakeEnvironment(
new CakePlatform(),
new CakeRuntime(),
log
);
IGlobber globber = new Globber(fileSystem, environment);
ICakeArguments arguments = new BridgeArguments();
ICakeConfiguration configuration = new BridgeConfiguration();
IToolLocator tools = new ToolLocator(
environment,
new ToolRepository(environment),
new ToolResolutionStrategy(
fileSystem,
environment,
globber,
configuration
)
);
ICakeContext context = new CakeContext(
fileSystem,
environment,
globber,
log,
arguments,
new ProcessRunner(fileSystem, environment, log, tools, configuration),
new WindowsRegistry(),
tools,
data,
configuration
);
return(new BridgeScriptHost(
new CakeEngine(data, log),
context,
new DefaultExecutionStrategy(log),
new CakeReportPrinter(console, context),
arguments
));
}
/// <inheritdoc />
protected override void RunTool()
{
FileSystem.CreateFile("TestFiles/Version1/Cake.BitDiffer.TestAssembly.dll");
FileSystem.CreateFile("TestFiles/Version2/Cake.BitDiffer.TestAssembly.dll");
if (string.IsNullOrWhiteSpace(Settings?.ResultOutputFile?.FullPath))
{
FileSystem.CreateFile("comparison.xml");
}
else
{
FileSystem.CreateFile(Settings.ResultOutputFile);
}
var toolLocator = new ToolLocator(Environment, new ToolRepository(Environment),
new ToolResolutionStrategy(FileSystem, Environment, Globber, new FakeConfiguration()));
var tool = new BitDifferRunner(FileSystem, Environment, ProcessRunner, toolLocator);
tool.Run(Settings);
}
public FakeCakeContext()
{
testsDir = new DirectoryPath(System.IO.Path.Combine(System.IO.Path.GetFullPath(AppDomain.CurrentDomain.BaseDirectory), "..", "..", ".."));
log = new FakeCakeLog();
var fileSystem = new FileSystem();
var environment = new CakeEnvironment(new CakePlatform(), new CakeRuntime(), log);
var globber = new Globber(fileSystem, environment);
var args = new FakeCakeArguments();
var processRunner = new ProcessRunner(environment, log);
var registry = new WindowsRegistry();
var toolRepo = new ToolRepository(environment);
var config = new Core.Configuration.CakeConfigurationProvider(fileSystem, environment).CreateConfiguration(testsDir, new Dictionary <string, string>());
var toolResolutionStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, config);
var toolLocator = new ToolLocator(environment, toolRepo, toolResolutionStrategy);
context = new CakeContext(fileSystem, environment, globber, log, args, processRunner, registry, toolLocator);
context.Environment.WorkingDirectory = testsDir;
}
public FakeCakeContext ()
{
testsDir = new DirectoryPath (
System.IO.Path.GetFullPath (AppDomain.CurrentDomain.BaseDirectory));
var fileSystem = new FileSystem ();
var environment = new CakeEnvironment (new CakePlatform (), new CakeRuntime ());
var globber = new Globber (fileSystem, environment);
log = new FakeLog ();
var args = new FakeCakeArguments ();
var processRunner = new ProcessRunner (environment, log);
var registry = new WindowsRegistry ();
var toolRepo = new ToolRepository (environment);
var config = new Core.Configuration.CakeConfigurationProvider (fileSystem, environment).CreateConfiguration (testsDir, new Dictionary<string, string> ());
var toolResolutionStrategy = new ToolResolutionStrategy (fileSystem, environment, globber, config);
var toolLocator = new ToolLocator (environment, toolRepo, toolResolutionStrategy);
context = new CakeContext (fileSystem, environment, globber, log, args, processRunner, registry, toolLocator);
context.Environment.WorkingDirectory = testsDir;
}
public void TestMethod1()
{
var environment = Substitute.For <ICakeEnvironment>();
environment.Platform.Returns(info =>
{
var platform = Substitute.For <ICakePlatform>();
platform.Is64Bit.Returns(true);
platform.Family.Returns(PlatformFamily.Windows);
return(platform);
});
var fileSystem = Substitute.For <IFileSystem>();
var processRunner = Substitute.For <IProcessRunner>();
var globber = new Globber(fileSystem, environment);
var configuration = Substitute.For <ICakeConfiguration>();
var toolLocator = new ToolLocator(environment, new ToolRepository(environment), new ToolResolutionStrategy(fileSystem, environment, globber, configuration));
}
public FakeCakeContext ()
{
testsDir = new DirectoryPath (
System.IO.Path.GetDirectoryName (System.Reflection.Assembly.GetExecutingAssembly ().Location));
var fileSystem = new FileSystem ();
var environment = new CakeEnvironment ();
var globber = new Globber (fileSystem, environment);
log = new FakeLog ();
var args = new FakeCakeArguments ();
var processRunner = new ProcessRunner (environment, log);
var registry = new WindowsRegistry ();
var toolRepo = new ToolRepository (environment);
var config = new Core.Configuration.CakeConfigurationProvider (fileSystem, environment).CreateConfiguration (new Dictionary<string, string> ());
var toolResStrat = new ToolResolutionStrategy (fileSystem, environment, globber, config);
var toolLocator = new ToolLocator (environment, toolRepo, toolResStrat);
context = new CakeContext (fileSystem, environment, globber, log, args, processRunner, registry, toolLocator);
context.Environment.WorkingDirectory = testsDir;
}
public FakeCakeContext()
{
_testsDir = new DirectoryPath(
System.IO.Path.GetFullPath(AppDomain.CurrentDomain.BaseDirectory));
var fileSystem = new FileSystem();
_log = new FakeLog();
var environment = new CakeEnvironment(new CakePlatform(), new CakeRuntime(), _log);
var globber = new Globber(fileSystem, environment);
var args = new FakeCakeArguments();
var processRunner = new ProcessRunner(environment, _log);
var registry = new WindowsRegistry();
var toolLocator = new ToolLocator(environment, new ToolRepository(environment), new ToolResolutionStrategy(fileSystem, environment, globber, new FakeConfiguration()));
_context = new CakeContext(fileSystem, environment, globber, _log, args, processRunner, registry, toolLocator);
_context.Environment.WorkingDirectory = _testsDir;
}
public FakeCakeContext()
{
testsDir = new DirectoryPath(Path.GetFullPath(AppContext.BaseDirectory));
var environment = FakeEnvironment.CreateUnixEnvironment(false);
var fileSystem = new FakeFileSystem(environment);
var globber = new Globber(fileSystem, environment);
log = new FakeLog();
var args = new FakeCakeArguments();
var registry = new WindowsRegistry();
var config = new FakeConfiguration();
var tools = new ToolLocator(environment, new ToolRepository(environment), new ToolResolutionStrategy(fileSystem, environment, globber, config, log));
var processRunner = new ProcessRunner(fileSystem, environment, log, tools, config);
var data = Substitute.For <ICakeDataService>();
context = new CakeContext(fileSystem, environment, globber, log, args, processRunner, registry, tools, data, config);
context.Environment.WorkingDirectory = testsDir;
}
public FakeCakeContext()
{
testsDir = new DirectoryPath(
System.IO.Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location));
var fileSystem = new FileSystem();
var environment = new FakeEnvironment(PlatformFamily.OSX);
var globber = new Globber(fileSystem, environment);
log = new FakeLog();
var args = new FakeCakeArguments();
var processRunner = new ProcessRunner(environment, log);
var registry = new WindowsRegistry();
var toolRepo = new ToolRepository(environment);
var config = new Core.Configuration.CakeConfigurationProvider(fileSystem, environment).CreateConfiguration(testsDir, new Dictionary <string, string>());
var toolResolutionStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, config);
var toolLocator = new ToolLocator(environment, toolRepo, toolResolutionStrategy);
context = new CakeContext(fileSystem, environment, globber, log, args, processRunner, registry, toolLocator);
context.Environment.WorkingDirectory = testsDir;
}
/// <summary>
/// Runs the application.
/// </summary>
/// <param name="args">Arguments.</param>
/// <param name="appRoot">Application root folder</param>
/// <returns>The result of the run.</returns>
public async Task <RunResult> RunAsync(IEnumerable <string> args, string appRoot = null)
{
var console = new CakeConsole();
var logger = new SafeCakeLog(console);
ICakeDataService dataService = new CodeCakeDataService();
var engine = new CakeEngine(dataService, logger);
ICakePlatform platform = new CakePlatform();
ICakeRuntime runtime = new CakeRuntime();
IFileSystem fileSystem = new FileSystem();
MutableCakeEnvironment environment = new MutableCakeEnvironment(platform, runtime, appRoot);
console.SupportAnsiEscapeCodes = AnsiDetector.SupportsAnsi(environment);
IGlobber globber = new Globber(fileSystem, environment);
IRegistry windowsRegistry = new WindowsRegistry();
// Parse options.
var argumentParser = new ArgumentParser(logger, fileSystem);
CakeOptions options = argumentParser.Parse(args);
Debug.Assert(options != null);
CakeConfigurationProvider configProvider = new CakeConfigurationProvider(fileSystem, environment);
ICakeConfiguration configuration = configProvider.CreateConfiguration(environment.ApplicationRoot, options.Arguments);
IToolRepository toolRepo = new ToolRepository(environment);
IToolResolutionStrategy toolStrategy = new ToolResolutionStrategy(fileSystem, environment, globber, configuration, logger);
IToolLocator locator = new ToolLocator(environment, toolRepo, toolStrategy);
IToolLocator toolLocator = new ToolLocator(environment, toolRepo, toolStrategy);
IProcessRunner processRunner = new ProcessRunner(fileSystem, environment, logger, toolLocator, configuration);
logger.SetVerbosity(options.Verbosity);
ICakeArguments arguments = new CakeArguments(options.Arguments);
var context = new CakeContext(
fileSystem,
environment,
globber,
logger,
arguments,
processRunner,
windowsRegistry,
locator,
dataService,
configuration);
CodeCakeBuildTypeDescriptor choosenBuild;
if (!AvailableBuilds.TryGetValue(options.Script, out choosenBuild))
{
logger.Error("Build script '{0}' not found.", options.Script);
return(new RunResult(-1, context.InteractiveMode()));
}
// Set the working directory: the solution directory.
logger.Information($"Working in Solution directory: '{_solutionDirectory}'.");
environment.WorkingDirectory = new DirectoryPath(_solutionDirectory);
try
{
SetEnvironmentVariablesFromCodeCakeBuilderKeyVault(logger, context);
// Instantiates the script object.
CodeCakeHost._injectedActualHost = new BuildScriptHost(engine, context);
CodeCakeHost c = (CodeCakeHost)Activator.CreateInstance(choosenBuild.Type);
var target = context.Arguments.GetArgument("target") ?? "Default";
var execSettings = new ExecutionSettings().SetTarget(target);
var exclusiveTargetOptional = context.Arguments.HasArgument("exclusiveOptional");
var exclusiveTarget = exclusiveTargetOptional | context.Arguments.HasArgument("exclusive");
var strategy = new CodeCakeExecutionStrategy(logger, exclusiveTarget ? target : null);
if (exclusiveTargetOptional && !engine.Tasks.Any(t => t.Name == target))
{
logger.Warning($"No task '{target}' defined. Since -exclusiveOptional is specified, nothing is done.");
return(new RunResult(0, context.InteractiveMode()));
}
var report = await engine.RunTargetAsync(context, strategy, execSettings);
if (report != null && !report.IsEmpty)
{
var printerReport = new CakeReportPrinter(console);
printerReport.Write(report);
}
}
catch (CakeTerminateException ex)
{
switch (ex.Option)
{
case CakeTerminationOption.Error:
logger.Error("Termination with Error: '{0}'.", ex.Message);
return(new RunResult(-2, context.InteractiveMode()));
case CakeTerminationOption.Warning:
logger.Warning("Termination with Warning: '{0}'.", ex.Message);
break;
default:
Debug.Assert(ex.Option == CakeTerminationOption.Success);
logger.Information("Termination with Success: '{0}'.", ex.Message);
break;
}
}
catch (TargetInvocationException ex)
{
logger.Error("Error occurred: '{0}'.", ex.InnerException?.Message ?? ex.Message);
return(new RunResult(-3, context.InteractiveMode()));
}
catch (AggregateException ex)
{
logger.Error("Error occurred: '{0}'.", ex.Message);
foreach (var e in ex.InnerExceptions)
{
logger.Error(" -> '{0}'.", e.Message);
}
return(new RunResult(-4, context.InteractiveMode()));
}
catch (Exception ex)
{
logger.Error("Error occurred: '{0}'.", ex.Message);
return(new RunResult(-5, context.InteractiveMode()));
}
return(new RunResult(0, context.InteractiveMode()));
}
/// <summary>
/// Runs the application.
/// </summary>
/// <param name="args">Arguments.</param>
/// <returns>0 on success.</returns>
public int Run( string[] args )
{
var console = new CakeConsole();
var logger = new SafeCakeLog( console );
var engine = new CakeEngine( logger );
ICakePlatform platform = new CakePlatform();
ICakeRuntime runtime = new CakeRuntime();
IFileSystem fileSystem = new FileSystem();
MutableCakeEnvironment environment = new MutableCakeEnvironment( platform, runtime );
IGlobber globber = new Globber( fileSystem, environment );
environment.Initialize( globber );
IProcessRunner processRunner = new ProcessRunner( environment, logger );
IRegistry windowsRegistry = new WindowsRegistry();
// Parse options.
var argumentParser = new ArgumentParser( logger, fileSystem );
CakeOptions options = argumentParser.Parse( args );
Debug.Assert( options != null );
CakeConfigurationProvider configProvider = new CakeConfigurationProvider( fileSystem, environment );
ICakeConfiguration configuration = configProvider.CreateConfiguration( environment.ApplicationRoot, options.Arguments );
IToolRepository toolRepo = new ToolRepository( environment );
IToolResolutionStrategy toolStrategy = new ToolResolutionStrategy( fileSystem, environment, globber, configuration );
IToolLocator locator = new ToolLocator( environment, toolRepo, toolStrategy );
IToolLocator toolLocator = new ToolLocator( environment, toolRepo, toolStrategy );
logger.SetVerbosity( options.Verbosity );
CodeCakeBuildTypeDescriptor choosenBuild;
if( !AvailableBuilds.TryGetValue( options.Script, out choosenBuild ) )
{
logger.Error( "Build script '{0}' not found.", options.Script );
return -1;
}
ICakeArguments arguments = new CakeArguments(options.Arguments);
var context = new CakeContext( fileSystem, environment, globber, logger, arguments, processRunner, windowsRegistry, locator );
// Copy the arguments from the options.
// Set the working directory: the solution directory.
environment.WorkingDirectory = new DirectoryPath( _solutionDirectory );
// Adds additional paths from chosen build.
foreach( var p in choosenBuild.AdditionnalPatternPaths )
{
environment.AddPath( p );
}
logger.Information( "Path(s) added: " + string.Join( ", ", environment.EnvironmentAddedPaths ) );
logger.Information( "Dynamic pattern path(s) added: " + string.Join( ", ", environment.EnvironmentDynamicPaths ) );
try
{
// Instanciates the script object.
CodeCakeHost._injectedActualHost = new BuildScriptHost( engine, context );
CodeCakeHost c = (CodeCakeHost)Activator.CreateInstance( choosenBuild.Type );
var strategy = new DefaultExecutionStrategy( logger );
var report = engine.RunTarget( context, strategy, context.Arguments.GetArgument( "target" ) ?? "Default" );
if( report != null && !report.IsEmpty )
{
var printerReport = new CakeReportPrinter( console );
printerReport.Write( report );
}
}
catch( CakeTerminateException ex )
{
switch( ex.Option )
{
case CakeTerminationOption.Error:
logger.Error( "Termination with Error: '{0}'.", ex.Message );
return -1;
case CakeTerminationOption.Warning:
logger.Warning( "Termination with Warning: '{0}'.", ex.Message );
break;
default:
Debug.Assert( ex.Option == CakeTerminationOption.Success );
logger.Information( "Termination with Success: '{0}'.", ex.Message );
break;
}
}
catch( TargetInvocationException ex )
{
logger.Error( "Error occurred: '{0}'.", ex.InnerException?.Message ?? ex.Message );
return -1;
}
catch( Exception ex )
{
logger.Error( "Error occurred: '{0}'.", ex.Message );
return -1;
}
return 0;
}
/// <inheritdoc />
protected override async Task <ResultStatus> DoCommandOverride(ICommandContext commandContext)
{
// Get path to ffmpeg
var ffmpeg = ToolLocator.LocateTool("ffmpeg.exe")?.ToWindowsPath() ?? throw new AssetException("Failed to compile a sound asset, ffmpeg was not found.");
// Get absolute path of asset source on disk
var assetDirectory = Parameters.Source.GetParent();
var assetSource = UPath.Combine(assetDirectory, Parameters.Source);
// Execute ffmpeg to convert source to PCM and then encode with Celt
var tempFile = Path.GetTempFileName();
try
{
var channels = Parameters.Spatialized ? 1 : 2;
var commandLine = " -hide_banner -loglevel error" + // hide most log output
$" -i \"{assetSource.ToWindowsPath()}\"" + // input file
$" -f f32le -acodec pcm_f32le -ac {channels} -ar {Parameters.SampleRate}" + // codec
$" -map 0:{Parameters.Index}" + // stream index
$" -y \"{tempFile}\""; // output file (always overwrite)
var ret = await ShellHelper.RunProcessAndGetOutputAsync(ffmpeg, commandLine, commandContext.Logger);
if (ret != 0 || commandContext.Logger.HasErrors)
{
throw new AssetException($"Failed to compile a sound asset, ffmpeg failed to convert {assetSource}");
}
var encoder = new Celt(Parameters.SampleRate, CompressedSoundSource.SamplesPerFrame, channels, false);
var uncompressed = CompressedSoundSource.SamplesPerFrame * channels * sizeof(short); //compare with int16 for CD quality comparison.. but remember we are dealing with 32 bit floats for encoding!!
var target = (int)Math.Floor(uncompressed / (float)Parameters.CompressionRatio);
var dataUrl = Url + "_Data";
var newSound = new Sound
{
CompressedDataUrl = dataUrl,
Channels = channels,
SampleRate = Parameters.SampleRate,
StreamFromDisk = Parameters.StreamFromDisk,
Spatialized = Parameters.Spatialized,
};
//make sure we don't compress celt data
commandContext.AddTag(new ObjectUrl(UrlType.Content, dataUrl), Builder.DoNotCompressTag);
var delay = encoder.GetDecoderSampleDelay();
var frameSize = CompressedSoundSource.SamplesPerFrame * channels;
using (var reader = new BinaryReader(new FileStream(tempFile, FileMode.Open, FileAccess.Read)))
using (var outputStream = MicrothreadLocalDatabases.DatabaseFileProvider.OpenStream(dataUrl, VirtualFileMode.Create, VirtualFileAccess.Write, VirtualFileShare.Read, StreamFlags.Seekable))
{
var writer = new BinarySerializationWriter(outputStream);
var outputBuffer = new byte[target];
var buffer = new float[frameSize];
var count = 0;
var padding = sizeof(float) * channels * delay;
var length = reader.BaseStream.Length; // Cache the length, because this getter is expensive to use
for (var position = 0; position < length + padding; position += sizeof(float))
{
if (count == frameSize) //flush
{
var len = encoder.Encode(buffer, outputBuffer);
writer.Write((short)len);
outputStream.Write(outputBuffer, 0, len);
newSound.Samples += count / channels;
newSound.NumberOfPackets++;
newSound.MaxPacketLength = Math.Max(newSound.MaxPacketLength, len);
count = 0;
Array.Clear(buffer, 0, frameSize);
}
// Pad with 0 once we reach end of stream (this is needed because of encoding delay)
buffer[count++] = (position < length)
? reader.ReadSingle()
: 0.0f;
}
if (count > 0) //flush
{
var len = encoder.Encode(buffer, outputBuffer);
writer.Write((short)len);
outputStream.Write(outputBuffer, 0, len);
newSound.Samples += count / channels;
newSound.NumberOfPackets++;
newSound.MaxPacketLength = Math.Max(newSound.MaxPacketLength, len);
}
}
// Samples is the real sound sample count, remove the delay at the end
newSound.Samples -= delay;
var assetManager = new ContentManager(MicrothreadLocalDatabases.ProviderService);
assetManager.Save(Url, newSound);
return(ResultStatus.Successful);
}
finally
{
File.Delete(tempFile);
}
}