public void DefaultArgumentCorrectlyUsed_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate"
};
var startCmd = new StartCommand()
{
Name = "start", Default = true
};
var lst = new List <IArgument>()
{
est, idArg, startCmd
};
var parser = new Parser(lst)
{
Delimiter = new char[] { ':', '=' }
};
// Start command not passed, but should be used anyway
var testArgs = new string[] { "/id:20", "/estimate=5" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual(startCmd, (rtn.CommandArgument));
}
public void SequenceInterpretedCorrectyWithDefault_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate"
};
var startCmd = new StartCommand()
{
Name = "start", Default = true, ArgumentSequence = new List <IArgument>()
{
idArg, est
}
};
var lst = new List <IArgument>()
{
est, idArg, startCmd
};
var parser = new Parser(lst)
{
Delimiter = new char[] { ':', '=' }
};
// Start command not passed, but should be used anyway
var testArgs = new string[] { "20", "5" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual("5", ((NamedArgument)rtn["estimate"]).Value);
Assert.AreEqual("20", ((NamedArgument)rtn["id"]).Value);
}
public void ParseWithMultipleDelimitersPasses_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate"
};
var startCmd = new StartCommand()
{
Name = "start", Default = true
};
var lst = new List <IArgument>()
{
est, idArg, startCmd
};
var parser = new Parser(lst)
{
Delimiter = new char[] { ':', '=' }
};
// Note that both : and = are used as delimiters
var testArgs = new string[] { "/id:20", "/estimate=5" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual("5", ((NamedArgument)rtn["estimate"]).Value);
Assert.AreEqual("20", ((NamedArgument)rtn["id"]).Value);
}
public void ParseCommandWithRequiredArgumentPasses_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var startCmd = new StartCommand()
{
Name = "start", RequiredArguments = new List <IArgument>()
{
idArg
}
};
var lst = new List <IArgument>()
{
startCmd, idArg
};
var parser = new Parser(lst);
var testArgs = new string[] { "start", "/id:5", "/dummySwitch" };
var rtn = parser.Parse(testArgs);
// (doesn't raise an exception)
Assert.AreEqual(startCmd, rtn.CommandArgument);
}
public void executed_command_with_expected_argument()
{
var mock = new Mock<ICommand<IdArgument>>();
var engine = CleeEngine.Create(cfg =>
{
cfg.Factory(f => f.Use(new StubCommandFactory(mock.Object)));
cfg.Registry(r => r.Register("foo", mock.Object.GetType()));
});
engine.Execute("foo -id 1");
var expectedArgument = new IdArgument { Id = "1" };
mock.Verify(x => x.Execute(expectedArgument));
}
public void executed_command_with_expected_argument()
{
var mock = new Mock <ICommand <IdArgument> >();
var engine = CleeEngine.Create(cfg =>
{
cfg.Factory(f => f.Use(new StubCommandFactory(mock.Object)));
cfg.Registry(r => r.Register("foo", mock.Object.GetType()));
});
engine.Execute("foo -id 1");
var expectedArgument = new IdArgument {
Id = "1"
};
mock.Verify(x => x.Execute(expectedArgument));
}
public void TestAliasesGetFullNames_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate", Aliases = new List <string>()
{
"est"
}
};
var startCmd = new StartCommand()
{
Name = "start", RequiredArguments = new List <IArgument>()
{
idArg
}, Aliases = new string[] { "st" }, ArgumentSequence = new List <IArgument>()
{
idArg
}
};
var dc = new CompletedSwitch()
{
Name = "Completed", Aliases = new List <string>()
{
"c", "comp"
}
};
var lst = new List <IArgument>()
{
est, idArg, startCmd, dc
};
var parser = new Parser(lst);
// Start command not passed, but should be used anyway
var testArgs = new string[] { "st", "c" };
parser.ReplaceAliasesWithFullNames(testArgs);
Assert.AreEqual("start", testArgs[0]);
Assert.AreEqual("Completed", testArgs[1]);
}
public void TestAliasesWithArgumentSequence_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate", Aliases = new List <string>()
{
"est"
}
};
var startCmd = new StartCommand()
{
Name = "start", RequiredArguments = new List <IArgument>()
{
idArg
}, Aliases = new string[] { "st" }, ArgumentSequence = new List <IArgument>()
{
idArg
}
};
var dc = new CompletedSwitch()
{
Name = "Completed", Aliases = new List <string>()
{
"c", "comp"
}
};
var lst = new List <IArgument>()
{
est, idArg, startCmd, dc
};
var parser = new Parser(lst);
// Start command not passed, but should be used anyway
var testArgs = new string[] { "st", "5036" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual("5036", ((NamedArgument)rtn["id"]).Value);
}
public void MultipleCommandsInArgumentSequenceShouldWork_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var nameArg = new NamedArgument()
{
Name = "name"
};
var startCmd = new StartCommand()
{
Name = "start", RequiredArguments = new List <IArgument>()
{
idArg
}, Aliases = new string[] { "st" }, ArgumentSequence = new List <IArgument>()
{
idArg
}
};
var hc = new Help()
{
Name = "help", ArgumentSequence = new List <IArgument>()
{
nameArg
}
};
var lst = new List <IArgument>()
{
hc, startCmd, nameArg
};
var parser = new Parser(lst);
// These args say "show me the help for the start command"
// So "start" should be picked up as a value of nameArg, not another command
var testArgs = new string[] { "help", "start" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual(hc, rtn.CommandArgument);
Assert.AreEqual("start", ((IArgumentWithValue)rtn["name"]).Value);
}
public void SeeThatAliasesAreWorking_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var est = new EstimateArgument()
{
Name = "estimate", Aliases = new List <string>()
{
"est"
}
};
var startCmd = new StartCommand()
{
Name = "start", Aliases = new List <string>()
{
"st", "s"
}
};
var dc = new CompletedSwitch()
{
Name = "Completed", Aliases = new List <string>()
{
"c", "comp"
}
};
var lst = new List <IArgument>()
{
est, idArg, startCmd, dc
};
var parser = new Parser(lst);
// Start command not passed, but should be used anyway
var testArgs = new string[] { "s", "/est:25", "/comp" };
var rtn = parser.Parse(testArgs);
Assert.AreEqual("25", ((NamedArgument)rtn["estimate"]).Value);
Assert.AreEqual(true, ((SwitchArgument)rtn["completed"]).Value);
Assert.AreEqual(startCmd, (rtn.CommandArgument));
}
public void ThrowErrorIfNoCommandOrDefaultFails_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var startCmd = new StartCommand()
{
Name = "start"
};
var hc = new Help();
var lst = new List <IArgument>()
{
startCmd, hc, idArg
};
var parser = new Parser(lst);
var testArgs = new string[] { "/dummySwitch" };
var rtn = parser.Parse(testArgs);
}
public void MultipleCommandArgumentFails_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var startCmd = new StartCommand()
{
Name = "start", Default = true
};
var hc = new Help();
var lst = new List <IArgument>()
{
startCmd, hc, idArg
};
var parser = new Parser(lst);
var testArgs = new string[] { "start", "help", "/dummySwitch" };
var rtn = parser.Parse(testArgs);
}
public void ParseCommandWithoutRequiredArgumentFails_Test()
{
var idArg = new IdArgument()
{
Name = "id"
};
var startCmd = new StartCommand()
{
Name = "start", RequiredArguments = new List <IArgument>()
{
idArg
}
};
var hc = new Help();
var lst = new List <IArgument>()
{
startCmd, hc, idArg
};
var parser = new Parser(lst);
var testArgs = new string[] { "start", "/dummySwitch" };
var rtn = parser.Parse(testArgs);
}