public void SetValue_Valid()
{
var sut = new StringArgument(NAME, DESCRIPTION);
sut.SetValue(VALUE);
Assert.AreEqual(VALUE, sut.Value);
}
private void LoadStringArgument(Argument type, StringArgument argument)
{
if (type == Argument.Destination)
{
argument.OnValueChanged += (object sender) =>
{
txb_destination.Text = (string)((StringArgument)argument).Value;
};
txb_destination.Changed += (object sender, EventArgs e) =>
{
argument.Value = ((Entry)sender).Text;
};
}
else if (type == Argument.Source)
{
argument.OnValueChanged += (object sender) =>
{
txb_source.Text = (string)((StringArgument)argument).Value;
};
txb_source.Changed += (object sender, EventArgs e) =>
{
argument.Value = ((Entry)sender).Text;
};
}
}
public void ArgumentTranslator_StringArgumentToString_QuotedStringExpected()
{
var text = "Lorem Ipsum Lorem";
var result = new StringArgument(text);
Assert.Equal($"\"{text}\"", result.ToString());
}
public void GetUsage_LongDescription()
{
var sut = new StringArgument(NAME, LONG_DESCRIPTION);
var usage = sut.GetUsage();
var expected = " /name Lorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam\n nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam\n erat, sed diam voluptua.";
Assert.AreEqual(expected, sut.GetUsage());
}
protected override bool MeetsCriterion(VisualPayload payload)
{
return
(String.Compare(StringArgument.GetFirstValue(payload.Data),
StringArgument2.GetFirstValue(payload.Data),
StringComparison.CurrentCultureIgnoreCase) ==
0);
}
public void WithNotStringArgument_ShouldThrowException()
{
var notStringArgument = new IntegerArgument("4");
var exception = Assert.Throws <ArgumentException>(() => StringArgument.GetValue(notStringArgument));
Assert.Equal(ErrorMessages.IncorrectArgumentTypeError, exception.Message);
}
public void WithCorrectArgument_ShouldReturnValue()
{
var value = "name";
var stringArgument = new StringArgument(value);
var result = StringArgument.GetValue(stringArgument);
Assert.Equal(value, result);
}
public void ArgumentTranslator_StringParse_GenericStringExpected()
{
var text = "text";
var expected = new StringArgument(text);
var result = _translator.Process(new object[] { text });
Assert.Equal(expected.Content, ((StringArgument)result.First()).Content);
}
public void ParsedArgumentName_Get_Passes_Through_To_Internal_Argument()
{
const string expectedArgumentName = "some argument name";
_argument.Expect(a => a.ParsedArgumentName).Return(expectedArgumentName);
var testObject = new StringArgument(_argument, _stringParser);
var actualArgumentName = testObject.ParsedArgumentName;
Assert.That(actualArgumentName, Is.EqualTo(expectedArgumentName));
}
public void Constructor_RequiredTrue()
{
var sut = new StringArgument(NAME, DESCRIPTION, true);
Assert.AreEqual(NAME, sut.Name);
Assert.AreEqual(DESCRIPTION, sut.Description);
Assert.IsTrue(sut.IsRequired);
Assert.IsNull(sut.DefaultValue);
Assert.AreEqual("/name <String>", sut.Syntax);
Assert.AreEqual(" /name description", sut.GetUsage());
}
public void PossibleArgumentNames_Get_Passes_Through_To_Internal_Argument()
{
var expectedArgumentNames = MockRepository.GenerateStub <List <string> >();
_argument.Expect(a => a.PossibleArgumentNames).Return(expectedArgumentNames);
var testObject = new StringArgument(_argument, _stringParser);
var actualArgumentNames = testObject.PossibleArgumentNames;
Assert.That(actualArgumentNames, Is.EqualTo(expectedArgumentNames));
}
public void StringArgument_ParseShouldFail_WithTypeQuotable_BecauseUnclosedQuotedString()
{
// Arrange
StringArgument argument = new StringArgument(StringType.QUOTABLE);
IStringReader reader = new StringReader("'foo");
// Act
ReadResults readResults = argument.Parse(reader, out _);
// Assert
Assert.IsFalse(readResults.Successful);
}
public void StringArgument_ParseShouldFail_WithTypeQuotable_BecauseInvalidEscapeSequence()
{
// Arrange
StringArgument argument = new StringArgument(StringType.QUOTABLE);
IStringReader reader = new StringReader("\"foo\\bar\"");
// Act
ReadResults readResults = argument.Parse(reader, out _);
// Assert
Assert.IsFalse(readResults.Successful);
}
public void Constructor_WithDefault()
{
var sut = new StringArgument(NAME, DESCRIPTION, true, DEFAULT_VALUE);
Assert.AreEqual(NAME, sut.Name);
Assert.AreEqual(DESCRIPTION, sut.Description);
Assert.IsFalse(sut.IsRequired);
Assert.AreEqual(DEFAULT_VALUE, sut.DefaultValue);
Assert.AreEqual("[/name <String>]", sut.Syntax);
Assert.AreEqual(" /name description (default: default_value)", sut.GetUsage());
Assert.AreEqual(DEFAULT_VALUE, sut.Value);
}
public void StringArgument_WithTypeWord_HasTrailingCharacters()
{
// Arrange
StringArgument argument = new StringArgument(StringType.WORD);
IStringReader reader = new StringReader("foo!@#");
// Act
argument.Parse(reader, out _);
// Assert
Assert.IsTrue(reader.CanRead(3));
}
public static void Main(string[] args)
{
var helpArgument = new Argument(new List <string> {
"help", "h", "?"
})
{
IsRequired = false
};
var fileTypeArgument = new CharArgument(new List <string> {
"fileType", "type"
});
var fileNameArgument = new StringArgument(new List <string> {
"fileName", "file"
});
var refDateArgument = new DateTimeArgument("refdate")
{
IsRequired = false
};
var countArgument = new IntArgument(new List <string> {
"argumentCount", "count"
})
{
IsRequired = false
};
var allowDuplicateArgument = new BoolArgument("allowduplicatefile")
{
ArgumentNameStringComparison = StringComparison.CurrentCulture, //Case-sensitive
IsRequired = false,
UsageDescription = "Indicates whether or not to allow duplicate files"
};
var argumentParser = new ArgumentParser();
IList <IArgument> allowedArguments = new List <IArgument>
{
helpArgument,
fileTypeArgument,
fileNameArgument,
refDateArgument,
countArgument,
allowDuplicateArgument
};
var allArgumentsParsingResult = argumentParser.Parse(args, allowedArguments);
//Solely for testing
Console.WriteLine(JsonConvert.SerializeObject(allArgumentsParsingResult, Formatting.Indented));
if (helpArgument.ParsedSuccessfully || !allArgumentsParsingResult.ParsingSuccessful)
{
var usage = argumentParser.GetUsage(ProgramDescription, allowedArguments);
Console.WriteLine(usage);
}
}
public void ctor()
{
var name = Guid.NewGuid().ToString();
var arg = new StringArgument(name);
Assert.Equal(name, arg.Name);
Assert.Contains(name, arg.Identifiers);
Assert.False(arg.Present);
Assert.Equal(string.Empty, arg.Value);
Assert.Equal($"{name}: ''", arg.ToString());
}
public void Setting_Value_Should_Affect_Value()
{
var name = Guid.NewGuid().ToString();
var value = Guid.NewGuid().ToString();
var arg = new StringArgument(name)
{
Value = value
};
Assert.Equal(value, arg.Value);
Assert.True(arg.Present);
}
public void StringArgument_ParseShouldSucceed_WhenEmpty_WithTypeWord()
{
// Arrange
StringArgument argument = new StringArgument(StringType.WORD);
IStringReader reader = new StringReader("");
// Act
ReadResults readResults = argument.Parse(reader, out _);
// Assert
Assert.IsTrue(readResults.Successful);
}
public void StringArgument_ParseShouldSucceed_WithTypeGreedy()
{
// Arrange
StringArgument argument = new StringArgument(StringType.GREEDY);
IStringReader reader = new StringReader("Hello world! This is a test.");
// Act
argument.Parse(reader, out _);
// Assert
Assert.IsFalse(reader.CanRead());
}
public void StringArgument_WithTypeQuotable_EscapesCorrectly()
{
// Arrange
StringArgument argument = new StringArgument(StringType.QUOTABLE);
IStringReader reader = new StringReader("\"\\\"foo bar\\\"\"");
// Act
argument.Parse(reader, out string result);
// Assert
Assert.AreEqual(result, "\"foo bar\"");
}
public void StringArgument_ParseShouldSucceed_WithTypeQuotable_WithQuote()
{
// Arrange
StringArgument argument = new StringArgument(StringType.QUOTABLE);
IStringReader reader = new StringReader("'foo bar'");
// Act
ReadResults readResults = argument.Parse(reader, out _);
// Assert
Assert.IsTrue(readResults.Successful);
}
public void WithCorrectArgument_ShouldSetValueField()
{
var value = "name";
var integerArgument = new StringArgument(value);
var field = integerArgument.GetType().GetField("value", BindingFlags.NonPublic | BindingFlags.Instance);
var expectedValue = value;
var actualValue = (string)field.GetValue(integerArgument);
Assert.Equal(expectedValue, actualValue);
}
public void TrySetArgument_Returns_InvalidArgumentName_When_Argument_Name_Is_Incorrect()
{
const string argumentName = "some arg";
_argument.Expect(a => a.TrySetArgumentName(argumentName)).Return(SetArgumentDataResult.InvalidArgumentName);
var testObject = new StringArgument(_argument, _stringParser);
var actual = testObject.TrySetArgumentName(argumentName);
Assert.That(actual, Is.EqualTo(SetArgumentDataResult.InvalidArgumentName));
Assert.That(testObject.ParsedSuccessfully, Is.False);
Assert.That(testObject.ParsedArgumentValue, Is.Null);
}
public void ArgumentNameStringComparison_Get_And_Set_Pass_Through_To_Internal_Argument()
{
_argument.Expect(a => a.ArgumentNameStringComparison).SetPropertyWithArgument(StringComparison.CurrentCulture);
_argument.Expect(a => a.ArgumentNameStringComparison).Return(StringComparison.InvariantCulture);
var testObject = new StringArgument(_argument, _stringParser)
{
ArgumentNameStringComparison = StringComparison.CurrentCulture
};
var returnedStringComparison = testObject.ArgumentNameStringComparison;
Assert.That(returnedStringComparison, Is.EqualTo(StringComparison.InvariantCulture));
}
static RpxInterface()
{
Title = Strings.App_Title + " " + typeof(Program).Assembly.GetName().Version.ToString();
Parser = new ArgumentParser("Rpx", Title + "\n" + Strings.App_AboutText);
Parser.AboutTitleText = Title;
Parser.AboutText = Strings.App_AboutText;
Parser.AboutTextLong = Strings.App_AboutTextLong;
Parser.CreditsText = Strings.App_CreditsText;
Parser.LegalText = Strings.App_LegalText;
Parser.HasApplicationDocument = true;
PathString = new StringArgument(Strings.Arg_PathString_Name, Strings.Arg_PathString_ShortHelp, Strings.Arg_PathString_Help);
FileList = new StringListArgument(Strings.Arg_FileList_Name, "", Strings.Arg_FileList_Help);
Parser.FirstArgument = PathString;
Parser.DefaultArgument = FileList;
AssemblyInfoPath = new StringArgument(Strings.Arg_AssemblyInfoPath_Name, Strings.Arg_AssemblyInfoPath_ShortHelp, Strings.Arg_AssemblyInfoPath_Help);
IconPath = new StringArgument(Strings.Arg_IconPath_Name, Strings.Arg_IconPath_ShortHelp, Strings.Arg_IconPath_Help);
OutputPath = new StringArgument(Strings.Arg_OutputPath_Name, Strings.Arg_OutputPath_ShortHelp, Strings.Arg_OutputPath_Help);
ConsoleSwitch = new PlusMinusSwitch(Strings.Arg_ConsoleSwitch_ShortHelp, Strings.Arg_ConsoleSwitch_Help, true);
PassArgsSwitch = new BoolSwitch(Strings.Arg_PassArgsSwitch_ShortHelp, Strings.Arg_PassArgsSwitch_Help);
DecorateSwitch = new BoolSwitch(Strings.Arg_Decorate_ShortHelp, Strings.Arg_Decorate_Help);
ProtectZipSwitch = new OptionalStringArgument(Strings.Arg_Hide_Name, Strings.Arg_Hide_ShortHelp, Strings.Arg_Hide_Help);
ToolsCsv = new CsvArgument(Strings.Arg_Toolkit_Name, Strings.Arg_Toolkit_ShortHelp, Strings.Arg_Toolkit_Help);
Parser.Add(PlusMinusSwitch.KeyPrefix, Strings.Arg_ConsoleSwitch_Symbol, Strings.Arg_ConsoleSwitch_Key, ConsoleSwitch);
Parser.Add("/", Strings.Arg_PassArgsSwitch_Symbol, Strings.Arg_PassArgsSwitch_Key, PassArgsSwitch);
Parser.Add("/", Strings.Arg_Toolkit_Key, ToolsCsv);
Parser.Add("/", Strings.Arg_OutputPath_Symbol, Strings.Arg_OutputPath_Key, OutputPath);
Parser.Add("/", Strings.Arg_Decorate_Key, DecorateSwitch);
Parser.Add("/", Strings.Arg_IconPath_Symbol, Strings.Arg_IconPath_Key, IconPath);
Parser.Add("/", Strings.Arg_AssemblyInfoPath_Symbol, Strings.Arg_AssemblyInfoPath_Key, AssemblyInfoPath);
Parser.Add("/", Strings.Arg_Hide_Key, ProtectZipSwitch);
BuildSwitch = new BoolSwitch(Strings.Arg_BuildSwitch_ShortHelp, Strings.Arg_BuildSwitch_Help);
QuietSwitch = new BoolSwitch(Strings.Arg_QuietSwitch_ShortHelp, Strings.Arg_QuietSwitch_Help);
VerboseSwitch = new EnumSwitch(Strings.Arg_Verbose_ShortHelp, Strings.Arg_Verbose_Help, typeof(ConsoleVerbosity));
Parser.Add("/", Strings.Arg_BuildSwitch_Key, BuildSwitch);
Parser.Add("/", Strings.Arg_QuietSwitch_Key, QuietSwitch);
Parser.Add("/", Strings.Arg_Verbose_Key, VerboseSwitch);
WarningsAsErrors = new PlusMinusSwitch(Strings.Arg_WarningsAsErrors_ShortHelp, Strings.Arg_WarningsAsErrors_Help, false);
Parser.Add(PlusMinusSwitch.KeyPrefix, Strings.Arg_WarningsAsErrors_Key, WarningsAsErrors);
}
public void SetValue_Null()
{
var sut = new StringArgument(NAME, DESCRIPTION);
try
{
sut.SetValue(null);
}
catch (Exception ex)
{
Assert.AreEqual("Argument 'name' is invalid", ex.Message);
throw;
}
}
public ListOrDescribeCommand()
{
NameArgument = new StringArgument("name", $"The start of the name of the {TypeName}");
SuffixArgument = new StringArgument("suffix", $"The end of the name of the {TypeName}");
SuffixTag = new Tag("-end", "look for items with a specific suffix", new List <Argument> {
SuffixArgument
});
ContainsArgument = new StringArgument("contained", $"The string contained within the name of the {TypeName}");
ContainsTag = new Tag("-con", "look for items containing a specific string", new List <Argument> {
ContainsArgument
});
NumberedTag = new Tag("-n", "number the items listed");
SeparatedTag = new Tag("-s", "list items of the same name separately");
}
public static CommandBuilder WithStandardListAction <TGame, TItem>(this CommandBuilder commandBuilder,
Func <TGame, Command, List <TItem> > source, Action <List <TItem>, TGame, Command> followup,
params Func <TItem, bool>[] filters)
where TGame : Game
where TItem : VText
{
var prefixArgument = new StringArgument("Prefix", Text("the prefix of your search"));
var suffixArgument = new StringArgument("suffix", Text("the suffix of your search"));
var suffixTag = new Tag("-suffix", Text("Allows you to search with a suffix"), new List <Argument> {
suffixArgument
});
var infixArgument = new StringArgument("infix", Text("the infix of your search"));
var infixTag = new Tag("-infix", Text("Allows you to search with an infix"), new List <Argument> {
infixArgument
});
var lengthArgument = new IntegerArgument("Length", Text("the length of your search"));
var lengthTag = new Tag("-length", Text("Allows your to search with a set length"), new List <Argument> {
lengthArgument
});
var minLengthArgument = new IntegerArgument("Minimum Length", Text("the minimum length of your search"));
var minLengthTag = new Tag("-min", Text("Allows your to search with a minimum length"), new List <Argument> {
minLengthArgument
});
var maxLengthArgument = new IntegerArgument("Maximum Length", Text("the maximum length of your search"));
var maxLengthTag = new Tag("-max", Text("Allows your to search with a maximum length"), new List <Argument> {
maxLengthArgument
});
commandBuilder.WithOptionalArguments(prefixArgument);
commandBuilder.WithTags(suffixTag, infixTag, lengthTag, minLengthTag, maxLengthTag);
bool Filter(TItem item)
{
var matchCriteria = new StringMatching.MatchCriteria(
prefixArgument.IsFilled() ? prefixArgument.Content : null,
suffixArgument.IsFilled() ? suffixArgument.Content : null,
infixArgument.IsFilled() ? infixArgument.Content : null,
lengthArgument.IsFilled() ? lengthArgument.Content : -1,
minLengthArgument.IsFilled() ? minLengthArgument.Content : -1,
maxLengthArgument.IsFilled() ? maxLengthArgument.Content : -1,
true);
return(matchCriteria.IsMatch(item.GetContentRaw()));
}
var completeFilters = filters.ToList();
completeFilters.Add(Filter);
return(WithListAction(commandBuilder, source, followup, completeFilters.ToArray()));
}
static int Main(string[] args)
{
StringArgument ss = new StringArgument("ss", "Screenshot", "Path to destination image file");
StringArgument hw = new StringArgument("hw", "Hide Window", "Process name to hide main process window");
StringArgument cs = new StringArgument("cs", "Send Close Signal", "Process name to send a close signal");
ArgumentParser parser = new ArgumentParser("ViniSandboxTools", "This application is able to take screenshots, hide main window from a process and send close signal to a process.");
parser.Add("\\", "ss", ss);
parser.Add("\\", "hw", hw);
parser.Add("\\", "cs", cs);
if (parser.HelpMode)
{
parser.WriteLongArgumentsUsage();
return(0);
}
try
{
parser.Parse(args);
}
catch (Exception ex)
{
parser.WriteShortArgumentsUsage();
return(-1);
}
try
{
if (hw.Defined)
{
HideWindow(hw.Value);
}
if (cs.Defined)
{
SendCloseSignal(cs.Value);
}
if (ss.Defined)
{
takeScreenshot(ss.Value);
}
return(0);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(-1);
}
}
/// <summary>
/// Gets the value for a <see cref="StringArgument"/>.
/// </summary>
/// <param name="argument">The argument.</param>
/// <returns>The value.</returns>
public override string GetValue(StringArgument argument)
{
string value;
GetCommandLineArgumentValueAsString(argument.Id, _subArgs, out value);
return value;
}
/// <summary> /// Gets the value for a <see cref="StringArgument"/>. /// </summary> /// <param name="argument">The argument.</param> /// <returns>The value.</returns> /// <exception cref="InvalidOperationArgumentException"> /// May be thrown if the value for the argument cannot be converted to the appropriate type. /// </exception> public abstract string GetValue(StringArgument argument);