CommandScanner CreateFactory()
{
var factory = new CommandScanner();
factory.Registrate(typeof(TestAttributesCommand));
return(factory);
}
public void Initialize()
{
var currentType = GetType();
var scanner = new CommandScanner();
var systemCommandTypes = scanner.Scan(currentType.Assembly, currentType.Namespace);
Register(systemCommandTypes);
}
public void Initialize()
{
var currentType = GetType();
var scanner = new CommandScanner();
var systemCommandTypes = scanner.Scan(currentType.Assembly, currentType.Namespace);
Register(systemCommandTypes);
}
public void returns_expected_when_no_commands_are_found_in_assembly()
{
var emptyAssembly = new AssemblyBuilder().Build();
var sut = new CommandScanner();
var result = sut.Scan(emptyAssembly);
Assert.Empty(result);
}
public void returns_expected_when_no_commands_are_found_in_assembly()
{
var emptyAssembly = new AssemblyBuilder().Build();
var sut = new CommandScanner();
var result = sut.Scan(emptyAssembly);
Assert.Empty(result);
}
public IRegistryConfiguration RegisterFromAssembly(Assembly assembly)
{
_modifiers.Add(r =>
{
var commandTypes = new CommandScanner().Scan(assembly);
r.Register(commandTypes);
});
return this;
}
public IRegistryConfiguration RegisterFromAssembly(Assembly assembly)
{
_modifiers.Add(r =>
{
var commandTypes = new CommandScanner().Scan(assembly);
r.Register(commandTypes);
});
return(this);
}
static void Main(string[] args)
{
var scanner = new CommandScanner();
//scan or append command types manualy here:
//scanner.Registrate<myCommandType>();
//or command singletone Instances
//scanner.Registrate(new myCommand(myCommandSettings))
//scan only executing assembly:
scanner.ScanAssembly(Assembly.GetEntryAssembly());
var gin = new Gin(
library: scanner, //Specify your own command library
executor: new Executor(), //(optional) specify your own command executor (do not forget to catch exceptions and attach the log to commands in it)
log: new DecoratorLog //(optional) combine different logs
(
new ConsoleLog(),
new FileLog(maxLogLength: 10000,
relativeFileName: "TheLog.txt",
writeFilter: FileLogFilter.All)
));
gin.Log.WriteMessage("Gin lauched at " + DateTime.Now);
//to switch log at runtime:
//gin.Log = new ConsoleLog();
if (!Environment.UserInteractive) //if it was launched as a service
{
gin.Log.WriteMessage("Executed as a service");
//Do not forget to setup your service name at WindowsServiceInstaller.cs
//and do whatever you want here as a service...
//Will be executed at scheduler timer thread:
gin.Execute("divide a 10 b 5 at 02:00 every 24h");
//You can use different argument styles and combine them
//gin.Execute("divide a: 10 b: 5 at 02:00 every 24h");
//gin.Execute("divide -a 10 -b 5 -at 02:00 every \"24h\"");
//Will be executed at this thread:
gin.Execute("writeHello");
gin.WaitForFinsh();
}
else if (args.Length > 0) // if it was launched with parameters:
{
gin.Execute(args);
//close the application after operation will be done
}
else // when it's executed as a console application:
{
gin.AddHelp(); // adds the \"help\" command
gin.AddExit(); // adds the \"exit\" command
gin.RunInputLoop();
gin.Log.WriteMessage("Goodbye. Press any key to continue...");
Console.ReadKey();
}
}
public void BeforeEachTest()
{
_configuration = new ParserConfiguration();
_scanner = new CommandScanner(_configuration);
}
private void Initialize()
{
// TODO - allow help options to be configured via settings
_configuration.AddNamedParameter("Help", true).AddShortName("h").AddShortName("?");
// Scan all the commands for their options...
CommandScanner scanner = new CommandScanner(_configuration);
foreach (var c in _commands)
{
// Add the command to the configuration based on attribute decorations...
var parserCommand = scanner.Scan(c);
// Add the command to the map so we can find it after parsing...
_commandMap.Add(parserCommand.Text, c);
// Set help as the default command
if (c == _helpCommand)
{
_configuration.DefaultCommand = parserCommand;
}
}
}
