public void Test_StackTrace_Shown_Depending_On_Debug_Flag(bool isDebug)
{
//arrange
var errorTraceMsg = string.Empty;
var traceService = new Mock <ITraceService>();
traceService.Setup(s => s.Error(It.IsAny <string>(), null))
.Callback <string, object>((msg, o) => errorTraceMsg = msg);
var exc = new Exception("Fake exception");
var environmentService = new Mock <IEnvironmentService>();
environmentService.Setup(s => s.GetCurrentDirectory()).Throws(exc);
//act
var option = new RunOption {
Debug = isDebug
};
var sut = new CommandLineService(null, null, environmentService.Object, traceService.Object);
var returnCode = sut.RunMigration(option);
//assert
if (isDebug)
{
errorTraceMsg.ShouldContain(exc.StackTrace);
}
else
{
errorTraceMsg.ShouldNotContain(exc.StackTrace);
}
}
public void Test_Run_Option_No_Explicit_Options()
{
//arrange
var traceService = new Mock <ITraceService>();
var environmentService = new Mock <IEnvironmentService>();
environmentService.Setup(s => s.GetCurrentDirectory()).Returns(@"c:\temp\yuniql");
environmentService.Setup(s => s.GetEnvironmentVariable("YUNIQL_CONNECTION_STRING")).Returns("sqlserver-connection-string");
var localVersionService = new Mock <ILocalVersionService>();
localVersionService.Setup(s => s.GetLatestVersion(@"c:\temp\yuniql")).Returns("v1.00");
var migrationService = new Mock <IMigrationService>();
var migrationServiceFactory = new Mock <CLI.IMigrationServiceFactory>();
migrationServiceFactory.Setup(s => s.Create("sqlserver")).Returns(migrationService.Object);
//act
var option = new RunOption {
};
var sut = new CommandLineService(migrationServiceFactory.Object, localVersionService.Object, environmentService.Object, traceService.Object);
sut.RunMigration(option);
//assert
var toolName = "yuniql-cli";
var toolVersion = typeof(CommandLineService).Assembly.GetName().Version.ToString();
migrationService.Verify(s => s.Initialize("sqlserver-connection-string", DEFAULT_CONSTANTS.COMMAND_TIMEOUT_SECS));
migrationService.Verify(s => s.Run(@"c:\temp\yuniql", "v1.00", false, It.Is <List <KeyValuePair <string, string> > >(x => x.Count == 0), false, DEFAULT_CONSTANTS.BULK_SEPARATOR, null, null, DEFAULT_CONSTANTS.COMMAND_TIMEOUT_SECS, 0, toolName, toolVersion, null, null, false));
}
public void Test_StackTrace_Shown_Depending_On_Debug_Flag(bool debugEnabled)
{
//arrange
var errorTraceMsg = string.Empty;
var traceService = new Mock <ITraceService>();
traceService.Setup(s => s.Error(It.IsAny <string>(), null))
.Callback <string, object>((msg, o) => errorTraceMsg = msg);
var environmentService = new Mock <IEnvironmentService>();
var configurationService = new Mock <IConfigurationService>();
configurationService.Setup(s => s.GetValueOrDefault(null, ENVIRONMENT_VARIABLE.YUNIQL_PLATFORM, SUPPORTED_DATABASES.SQLSERVER)).Returns(SUPPORTED_DATABASES.SQLSERVER);
configurationService.Setup(s => s.GetConfiguration()).Returns(Configuration.Instance);
var migrationService = new Mock <IMigrationService>();
var migrationServiceFactory = new Mock <CLI.IMigrationServiceFactory>();
var fakeException = new Exception("Fake exception");
migrationServiceFactory.Setup(s => s.Create("sqlserver")).Throws(fakeException);
var dataService = new Mock <IDataService>();
var dataServiceFactory = new Mock <CLI.IDataServiceFactory>();
dataServiceFactory.Setup(s => s.Create("sqlserver")).Returns(dataService.Object);
var manifest = new Mock <ManifestData>();
var manifestFactory = new Mock <IManifestFactory>();
manifestFactory.Setup(s => s.Create("sqlserver")).Returns(manifest.Object);
var workspaceService = new Mock <IWorkspaceService>();
//act
var option = new RunOption {
IsDebug = debugEnabled
};
var sut = new CommandLineService(migrationServiceFactory.Object, dataServiceFactory.Object, manifestFactory.Object, workspaceService.Object, environmentService.Object, traceService.Object, configurationService.Object);
var returnCode = sut.RunRunOption(option);
//assert
if (debugEnabled)
{
errorTraceMsg.ShouldContain(fakeException.StackTrace);
}
else
{
errorTraceMsg.ShouldNotContain(fakeException.StackTrace);
}
}
public void Test_Run_Option_With_Tokens()
{
//arrange
var traceService = new Mock <ITraceService>();
var environmentService = new Mock <IEnvironmentService>();
environmentService.Setup(s => s.GetCurrentDirectory()).Returns(@"c:\temp\yuniql");
environmentService.Setup(s => s.GetEnvironmentVariable("YUNIQL_CONNECTION_STRING")).Returns("sqlserver-connection-string");
var workspaceService = new Mock <IWorkspaceService>();
workspaceService.Setup(s => s.GetLatestVersion(@"c:\temp\yuniql")).Returns("v1.00");
var configurationService = new Mock <IConfigurationService>();
configurationService.Setup(s => s.GetValueOrDefault(null, ENVIRONMENT_VARIABLE.YUNIQL_PLATFORM, SUPPORTED_DATABASES.SQLSERVER)).Returns(SUPPORTED_DATABASES.SQLSERVER);
var migrationService = new Mock <IMigrationService>();
var migrationServiceFactory = new Mock <CLI.IMigrationServiceFactory>();
migrationServiceFactory.Setup(s => s.Create("sqlserver")).Returns(migrationService.Object);
var dataService = new Mock <IDataService>();
var dataServiceFactory = new Mock <CLI.IDataServiceFactory>();
dataServiceFactory.Setup(s => s.Create("sqlserver")).Returns(dataService.Object);
var manifest = new Mock <ManifestData>();
var manifestFactory = new Mock <IManifestFactory>();
manifestFactory.Setup(s => s.Create("sqlserver")).Returns(manifest.Object);
//act
var option = new RunOption {
Tokens = new List <string> {
"Token1=TokenValue1", "Token2=TokenValue2", "Token3=TokenValue3"
}
};
var sut = new CommandLineService(migrationServiceFactory.Object, dataServiceFactory.Object, manifestFactory.Object, workspaceService.Object, environmentService.Object, traceService.Object, configurationService.Object);
sut.RunRunOption(option);
//assert
migrationService.Verify(s => s.Run());
}
public void Test_Run_NoTransaction_Option(bool noTransactionOption)
{
//arrange
var transaction = new Mock <IDbTransaction>();
var connection = new Mock <IDbConnection>();
connection.Setup(c => c.BeginTransaction())
.Returns(transaction.Object);
var dataService = new Mock <IDataService>();
dataService.Setup(s => s.CreateConnection())
.Returns(connection.Object);
dataService.Setup(s => s.GetConnectionInfo())
.Returns(() => new ConnectionInfo {
Database = "test", DataSource = "test"
});
var configurationDataService = new Mock <IConfigurationDataService>();
configurationDataService.Setup(s => s.IsDatabaseConfigured(It.IsAny <string>(), It.IsAny <string>(), null))
.Returns(true);
configurationDataService.Setup(s => s.GetCurrentVersion(It.IsAny <string>(), It.IsAny <string>(), It.IsAny <int>()))
.Returns(string.Empty);
configurationDataService.Setup(s => s.GetAllVersions(It.IsAny <string>(), It.IsAny <string>(), null))
.Returns(new List <DbVersion>());
//act
var option = new RunOption {
NoTransaction = noTransactionOption
};
var sut = new MigrationService(new Mock <ILocalVersionService>().Object, dataService.Object, new Mock <IBulkImportService>().Object,
configurationDataService.Object, new Mock <ITokenReplacementService>().Object,
new Mock <IDirectoryService>().Object, new Mock <IFileService>().Object, new Mock <ITraceService>().Object);
sut.Run(string.Empty, metaSchemaName: "any", metaTableName: "any", noTransaction: noTransactionOption);
// assert
connection.Verify(c => c.BeginTransaction(), noTransactionOption == true ? Times.Never() : Times.AtLeastOnce());
transaction.Verify(t => t.Commit(), noTransactionOption == true ? Times.Never() : Times.AtLeastOnce());
transaction.Verify(t => t.Rollback(), noTransactionOption == true ? Times.Never() : Times.AtMostOnce());
}
/// <summary>
/// Executes the scene now
/// </summary>
/// <remarks>This allows you to track the completion of the scene. If you don't want to handle the asynchronous execution, you should use <see cref="Start"/>.</remarks>
/// <param name="ct">Cancellation token to abort the execution</param>
/// <param name="options">Configures the behavior if this scene <see cref="IsRunning"/>.</param>
/// <returns>An asynchronous operation that will complete when this scene is over.</returns>
public async Task Run(CancellationToken ct, RunOption options = RunOption.IgnoreIfRunning)
{
if (IsRunning && options == RunOption.IgnoreIfRunning)
{
return;
}
try
{
// Set _isRunning prior to abort pending, so there is no flicker of 'IsRunning'
// Note: we use a int as at this point we already have a running instance which will be aborted below
Interlocked.Increment(ref _isRunning);
using (var ctx = new AsyncContext(ct, Scheduler))
{
// This will abort any other pending
_pending.Disposable = Disposable.Create(ctx.Cancel);
await _host.SetIsRunning(ctx.Token, this, true);
await Run();
await ctx.WaitForCompletion();
}
}
finally
{
// We cannot abort the completion publication
ct = CancellationToken.None;
if (Interlocked.Decrement(ref _isRunning) == 0)
{
await _host.SetIsRunning(ct, this, false);
}
}
}