public void Get_SequentialCommandArgs_SequentialCommand()
{
var command = Mock.Of <IResetCommandArgs>(
m => m.ConnectionString == ConnectionStringReader.GetSqlClient() &&
m.TableName == new LiteralScalarResolver <string>("MyTableToTruncate")
);
var otherCommand = Mock.Of <IResetCommandArgs>(
m => m.ConnectionString == ConnectionStringReader.GetSqlClient() &&
m.TableName == new LiteralScalarResolver <string>("MyOtherTableToTruncate")
);
var commands = new List <IDecorationCommandArgs>()
{
command, otherCommand
};
var group = Mock.Of <ISequentialCommandArgs>(
g => g.Commands == commands
);
var factory = new GroupCommandFactory();
var impl = factory.Instantiate(group);
Assert.That(impl, Is.TypeOf <SequentialCommand>());
}
public void Get_IGroupCommand_GroupCommand()
{
var command = Mock.Of <IResetCommand>(
m => m.ConnectionString == ConnectionStringReader.GetSqlClient() &&
m.TableName == "MyTableToTruncate"
);
var otherCommand = Mock.Of <IResetCommand>(
m => m.ConnectionString == ConnectionStringReader.GetSqlClient() &&
m.TableName == "MyOtherTableToTruncate"
);
var commands = new List <IDecorationCommand>();
commands.Add(command);
commands.Add(otherCommand);
var group = Mock.Of <IGroupCommand>(
g => g.Parallel == true &&
g.Commands == commands
);
var factory = new GroupCommandFactory();
var impl = factory.Get(group);
Assert.That(impl, Is.TypeOf <GroupCommand>());
}
public GroupsController(GroupCommandFactory commandFactory, ResultFactory resultFactory)
{
_commandFactory = commandFactory;
_resultFactory = resultFactory;
}
