public void ExpectCompletingTheOpInProcessResultToSkipRemainingTasks()
{
var task1 = new TestTask <int>(1);
var task2 = new TestTask <int>(2);
var task3 = new TestTask <int>(3);
var operation = new AsyncOperation();
operation.Add(task1);
operation.Add(task2, (result, op) =>
{
var finalResult = new Result <string>("done");
op.Complete(finalResult);
});
operation.Add(task3);
Result <string> overallResult = null;
operation.Execute(result =>
{
overallResult = (Result <string>)result;
});
Assert.IsTrue(task1.IsExecuted);
Assert.IsTrue(task2.IsExecuted);
Assert.IsFalse(task3.IsExecuted);
Assert.IsFalse(overallResult.IsError);
Assert.AreEqual("done", overallResult.Data);
}
public void ExpectAddedTasksToBeExecutedInOrder()
{
var results = new List <int>();
var task1 = new TestTask <int>(1);
var task2 = new TestTask <int>(2);
var task3 = new TestTask <int>(3);
Action <Result <int>, IOperationControls> processResult = (result, op) =>
{
results.Add(result.Data);
};
var operation = new AsyncOperation();
operation.Add(task1, processResult);
operation.Add(task2, processResult);
operation.Add(task3, processResult);
operation.Execute();
Assert.AreEqual(1, results[0]);
Assert.AreEqual(2, results[1]);
Assert.AreEqual(3, results[2]);
}
public void ExpectFailingTaskToFailTheOperation()
{
var task1 = new TestTask <int>(1);
var task2 = new TestTask <int>(2)
{
Fails = true
};
var task3 = new TestTask <int>(3);
var operation = new AsyncOperation();
operation.Add(task1);
operation.Add(task2);
operation.Add(task3);
OperationResult overallResult = null;
operation.Execute(result =>
{
overallResult = result;
});
Assert.IsTrue(task1.IsExecuted);
Assert.IsTrue(task2.IsExecuted);
Assert.IsFalse(task3.IsExecuted);
Assert.IsTrue(overallResult.IsError);
}
private static void SyncProjectInternal(PackageListStatus packageListStatus, Action <OperationResult> onComplete)
{
if (packageListStatus.IsProjectUpToDate)
{
onComplete(new OperationResult());
return;
}
var operation = new AsyncOperation();
foreach (var packageStatus in packageListStatus.Packages)
{
var version = packageStatus.RequiredVersion;
var packageName = packageStatus.PackageName;
var gitUrl = packageStatus.GitUrl;
var relativeInstallDirectory = Settings.RelativePackagesDirectoryPath + packageName;
var absoluteInstallDirectory = Settings.AbsolutePackagesDirectoryPath + packageName;
if (packageStatus.IsMissing)
{
operation.Add(new AddSubmoduleTask(gitUrl, relativeInstallDirectory));
operation.Add(new CheckoutSubmoduleTask(absoluteInstallDirectory, version));
}
else if (packageStatus.IsOnWrongVersion)
{
operation.Add(new CheckoutSubmoduleTask(absoluteInstallDirectory, version));
}
}
operation.Execute(onComplete);
}
public void ExpectAddToThrowIfTheOperationIsRunning()
{
Assert.Throws <InvalidOperationException>(() =>
{
var operation = new AsyncOperation();
operation.Add(new TestTask <int>(1), (result, op) =>
{
operation.Add(new TestTask <int>(2), (result1, op1) => {});
});
operation.Execute();
});
}
public static void AddSync <TResult>(this AsyncOperation operation, Func <TResult> task, Action <TResult, IOperationControls> processResult = null)
where TResult : OperationResult
{
operation.Add(new BasicTask <TResult>(onComplete =>
{
onComplete(task());
}), processResult);
}
public void ExpectAddToThrowWithNullParameters()
{
Assert.Throws <ArgumentNullException>(() =>
{
var operation = new AsyncOperation();
operation.Add <OperationResult>(null);
});
}
public static AsyncOperation RemoveSubmodule(string localRelativeSubmodulePath)
{
if (localRelativeSubmodulePath == null)
{
throw new ArgumentNullException("localRelativeSubmodulePath");
}
var projectRoot = Project.RootDirectory;
var operation = new AsyncOperation();
// Remove from gitmodules
operation.AddSync(() =>
{
RemoveFromGitConfig(projectRoot + "/.gitmodules", localRelativeSubmodulePath);
});
// stage that change
operation.Add(new GitTask("add .gitmodules"));
// remove lines in .git/config
operation.AddSync(() =>
{
RemoveFromGitConfig(projectRoot + "/.git/config", localRelativeSubmodulePath);
});
// Delete the actual files
operation.Add(new GitTask("rm --cached -f " + localRelativeSubmodulePath));
// Run rm -rf .git/modules/path_to_submodule (no trailing slash).
operation.AddSync(() =>
{
var directory = projectRoot + "/.git/modules/" + localRelativeSubmodulePath;
FileUtil.DeleteFileOrDirectory(directory);
});
// Delete the now untracked submodule files rm -rf path_to_submodule
operation.AddSync(() =>
{
var directory = projectRoot + "/" + localRelativeSubmodulePath;
FileUtil.DeleteFileOrDirectory(directory);
});
return(operation);
}
public static AsyncOperation CompilePackageListStatus()
{
var operation = new AsyncOperation();
var packageListStatus = new PackageListStatus();
foreach (var package in RootStore.Instance.Packages.InstalledPackages.Value.Packages)
{
var packageStatus = new PackageStatus
{
RequiredVersion = package.Version,
PackageName = package.Name,
GitUrl = package.GitUrl
};
packageListStatus.Packages.Add(packageStatus);
var packageDirectory = Settings.AbsolutePackagesDirectoryPath + package.Name;
if (!Directory.Exists(packageDirectory))
{
packageStatus.IsMissing = true;
continue;
}
var getGitBranchOrTagTask = new GetGitBranchOrTagTask(package);
var packageVersion = package.Version;
operation.Add(getGitBranchOrTagTask, (result, op) =>
{
packageStatus.IsOnWrongVersion = result.Data != packageVersion;
});
}
operation.AddSync(() =>
{
Debug.Log("Project package status: ");
foreach (var package in packageListStatus.Packages)
{
Debug.Log(package);
}
Debug.Log("The project is " +
(packageListStatus.IsProjectUpToDate ? "" : "not ") + "up to date");
return(new Result <PackageListStatus>(packageListStatus));
}, (result, op) =>
{
op.Complete(result);
});
return(operation);
}
public void ExpectFailingOpInProcessResultToFailTheOperation()
{
var task1 = new TestTask <int>(1);
var task2 = new TestTask <int>(2);
var task3 = new TestTask <int>(3);
var operation = new AsyncOperation();
operation.Add(task1);
operation.Add(task2, (result, op) => { op.Fail(new Error("test-error", "Error")); });
operation.Add(task3);
OperationResult overallResult = null;
operation.Execute(result =>
{
overallResult = result;
});
Assert.IsTrue(task1.IsExecuted);
Assert.IsTrue(task2.IsExecuted);
Assert.IsFalse(task3.IsExecuted);
Assert.IsTrue(overallResult.IsError);
}
public static AsyncOperation SyncProject()
{
var tasks = new AsyncOperation();
PackageListStatus packageListStatus = null;
// Compile package list status
tasks.Add(new BasicTask <OperationResult>(CompileProjectPackageListStatus), (result, op) =>
{
if (result.IsError)
{
Debug.LogError("Failed to compile package status");
Debug.LogError(result.Error.Message);
return;
}
packageListStatus = ((Result <PackageListStatus>)result).Data;
});
// Sync project
tasks.Add(new BasicTask <OperationResult>(onComplete => SyncProjectInternal(packageListStatus, onComplete)));
return(tasks);
}
public static void AddSync(this AsyncOperation operation, Action task)
{
operation.Add(new BasicTask <OperationResult>(onComplete =>
{
var result = new OperationResult();
try
{
task();
}
catch (Exception e)
{
result.Err(new Error(e));
}
onComplete(result);
}));
}
public void ExpectAddedTaskToBeExecutedAndDataToBePassedToProcessResultCallback()
{
var isProcessResultExecuted = false;
var resultValue = 0;
var task = new TestTask <int>(42);
var operation = new AsyncOperation();
operation.Add(task, (r, op) =>
{
resultValue = r.Data;
isProcessResultExecuted = true;
});
operation.Execute();
Assert.IsTrue(task.IsExecuted);
Assert.IsTrue(isProcessResultExecuted);
Assert.AreEqual(42, resultValue);
}