public void PositionalArguments(
string[] args,
string firstParsedArgument,
string secondParsedArgument,
ICommandLineParser parser)
{
const string FirstArgument = "firstArgument";
const string SecondArgument = "secondArgument";
"establish positional arguments".x(() =>
args = new[]
{
FirstArgument, SecondArgument
});
"establish a parser with parsing configuration for positional arguments".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithPositional(v => firstParsedArgument = v)
.WithPositional(v => secondParsedArgument = v)
.BuildConfiguration());
});
"when parsing".x(() =>
parser.Parse(args));
"should parse positional argument".x(() =>
new[]
{
firstParsedArgument, secondParsedArgument
}
.Should().Equal(FirstArgument, SecondArgument));
}
public void ValueConvertion(
string[] args,
int firstParsedArgument,
bool secondParsedArgument,
ICommandLineParser parser)
{
const int Value = 42;
"establish non-string arguments".x(() =>
args = new[]
{
"-value", Value.ToString(), "true"
});
"establish a parser with parsing configuration with type convertion".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithNamed("value", (int v) => firstParsedArgument = v)
.WithPositional((bool v) => secondParsedArgument = v)
.BuildConfiguration());
});
"when parsing".x(() =>
parser.Parse(args));
"should convert parsed named arguments".x(() =>
firstParsedArgument.Should().Be(Value));
"should convert parsed positional arguments".x(() =>
secondParsedArgument.Should().BeTrue());
}
public void SupportsRestrictedValues(
string value,
string expectedParsedValue,
bool expectedSuccessful,
string[] args,
string parsedValue,
ICommandLineParser parser,
ParseResult parseResult)
{
"establish arguments".x(() =>
args = new[]
{
"-n", value
});
"establish a parser with parsing configuration with value check".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithNamed("n", v => parsedValue = v)
.RestrictedTo(KnownValue)
.BuildConfiguration());
});
"when parsing".x(() =>
parseResult = parser.Parse(args));
"should parse allowed values".x(() =>
parsedValue.Should().Be(expectedParsedValue));
"should fail for not allowed values".x(() =>
parseResult.Succeeded.Should().Be(expectedSuccessful));
}
public void SupportsLongAliasForSwitch(
string[] args,
bool firstParsedSwitch,
string secondParsedSwitch,
ICommandLineParser parser)
{
"establish arguments with switch with long alias".x(() =>
args = new[]
{
"-f", "--secondSwitch"
});
"establish a parser with parsing configuration for switches with long aliases".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithSwitch("f", () => firstParsedSwitch = true)
.HavingLongAlias("firstSwitch")
.WithSwitch("s", () => secondParsedSwitch = "yeah")
.HavingLongAlias("secondSwitch")
.BuildConfiguration());
});
"when parsing".x(() =>
parser.Parse(args));
"should parse switch".x(() =>
new object[]
{
firstParsedSwitch, secondParsedSwitch
}
.Should().Equal(true, "yeah"));
}
public void RequiredPositional(
string[] args,
string firstParsedArgument,
string secondParsedArgument,
ICommandLineParser parser,
ParseResult result)
{
const string FirstName = "firstName";
const string FirstValue = "firstValue";
const string SecondName = "secondName";
const string SecondValue = "secondValue";
"establish some arguments with missing required positional argument".x(() =>
args = new[]
{
"-" + FirstName, FirstValue, "-" + SecondName, SecondValue
});
"establish a parser with parsing configuration with required positional arguments".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithPositional(v => { })
.Required()
.WithNamed(FirstName, v => { })
.WithNamed(SecondName, v => { })
.BuildConfiguration());
});
"when parsing".x(() =>
result = parser.Parse(args));
"should return parsing failure".x(() =>
result.Succeeded.Should().BeFalse());
}
public void Switch(
string[] args,
bool firstParsedSwitch,
string secondParsedSwitch,
ICommandLineParser parser)
{
"establish arguments with switch".x(() =>
args = new[]
{
"-firstSwitch", "-secondSwitch"
});
"establish a parser with parsing configuration for switches".x(() =>
{
CommandLineConfiguration configuration = CommandLineParserConfigurator
.Create()
.WithSwitch("firstSwitch", () => firstParsedSwitch = true)
.WithSwitch("secondSwitch", () => secondParsedSwitch = "yeah")
.BuildConfiguration();
parser = new CommandLineParser(configuration);
});
"when parsing".x(() =>
parser.Parse(args));
"should parse switch".x(() =>
new object[]
{
firstParsedSwitch, secondParsedSwitch
}
.Should().Equal(true, "yeah"));
}
public static void Main(string[] args)
{
const string ShortOutput = "short";
const string LongOutput = "long";
// set default values here
string output = null;
bool debug = false;
string path = null;
string value = null;
int threshold = 0;
var configuration = CommandLineParserConfigurator
.Create()
.WithNamed("o", v => output = v)
.HavingLongAlias("output")
.Required()
.RestrictedTo(ShortOutput, LongOutput)
.DescribedBy("method", "specifies the output method.")
.WithNamed("t", (int v) => threshold = v)
.HavingLongAlias("threshold")
.DescribedBy("value", "specifies the threshold used in output.")
.WithSwitch("d", () => debug = true)
.HavingLongAlias("debug")
.DescribedBy("enables debug mode")
.WithPositional(v => path = v)
.Required()
.DescribedBy("path", "path to the output file.")
.WithPositional(v => value = v)
.DescribedBy("value", "some optional value.")
.BuildConfiguration();
var parser = new CommandLineParser(configuration);
var parseResult = parser.Parse(args);
if (!parseResult.Succeeded)
{
Usage usage = new UsageComposer(configuration).Compose();
Console.WriteLine(parseResult.Message);
Console.WriteLine("usage:" + usage.Arguments);
Console.WriteLine("options");
Console.WriteLine(usage.Options.IndentBy(4));
Console.WriteLine();
return;
}
Console.WriteLine("parsed successfully: path = " + path + ", value = " + value + "output = " + output + ", debug = " + debug + ", threshold = " + threshold);
}
public void RealWorldScenario(
string[] args,
bool firstParsedSwitch,
string secondParsedSwitch,
string firstNamedValue,
string secondNamedValue,
string firstPositionalValue,
string secondPositionalValue,
ICommandLineParser parser)
{
"establish arguments".x(() =>
args = new[]
{
"1u", "-secondSwitch", "-firstName", "1n", "-firstSwitch", "-secondName", "2n", "2u"
});
"establish a parsing configuration".x(() =>
{
var configuration = CommandLineParserConfigurator
.Create()
.WithNamed("firstName", s => firstNamedValue = s)
.Required()
.RestrictedTo("1n", "??")
.DescribedBy("name", "the first name")
.WithSwitch("firstSwitch", () => firstParsedSwitch = true)
.WithPositional(x => firstPositionalValue = x)
.Required()
.WithSwitch("secondSwitch", () => secondParsedSwitch = "yeah")
.HavingLongAlias("theOtherSwitch")
.DescribedBy("the second switch")
.WithPositional(x => secondPositionalValue = x)
.WithNamed("secondName", s => secondNamedValue = s)
.BuildConfiguration();
parser = new CommandLineParser(configuration);
});
"when parsing".x(() =>
parser.Parse(args));
"should parse arguments".x(() =>
new object[]
{
firstParsedSwitch, secondParsedSwitch, firstNamedValue, secondNamedValue, firstPositionalValue, secondPositionalValue
}
.Should().Equal(true, "yeah", "1n", "2n", "1u", "2u"));
}
public void UnknownArgument(
string[] args,
CommandLineConfiguration configuration,
UsageComposer usageComposer,
Usage usage)
{
"establish a parsing configuration"._(() =>
{
configuration = CommandLineParserConfigurator
.Create()
.WithNamed("optional", _)
.DescribedBy("placeholder", "optional description")
.WithNamed("required", _)
.Required()
.DescribedBy("placeholder", "required description")
.BuildConfiguration();
});
"establish a usage composer using the parsing configuration"._(() =>
{
usageComposer = new UsageComposer(configuration);
});
"when composing usage"._(() =>
usage = usageComposer.Compose());
"should list arguments"._(() =>
usage.Arguments
.Should().Contain("-optional <placeholder>")
.And.Contain("-required <placeholder>"));
"should show whether an argument is optional or required"._(() =>
(usage.Arguments + " ")
.Should().Contain("[-optional <placeholder>]")
.And.Contain(" -required <placeholder> "));
"should list options per argument with description"._(() =>
usage.Options
.Should().Contain("optional description")
.And.Contain("required description"));
}
public void SupportsLongAliasForNamed(
string[] args,
string nameParsedArgument,
string longAliasParsedArgument,
ICommandLineParser parser)
{
const string Name = "s";
const string ShortValue = "short";
const string LongAlias = "long";
const string LongAliasValue = "long";
"establish named arguments with long alias".x(() =>
args = new[]
{
"-" + Name, ShortValue, "--" + LongAlias, LongAliasValue
});
"establish a parser with parsing configuration with long aliases".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithNamed(Name, v => nameParsedArgument = v)
.HavingLongAlias("_")
.WithNamed("_", v => longAliasParsedArgument = v)
.HavingLongAlias(LongAlias)
.BuildConfiguration());
});
"when parsing".x(() =>
parser.Parse(args));
"should parse named arguments".x(() =>
new[]
{
nameParsedArgument, longAliasParsedArgument
}
.Should().Equal(ShortValue, LongAliasValue));
}
static void Main(string[] args)
{
List <AbsoluteFilePath> paths = null;
var configuration = CommandLineParserConfigurator.Create()
.WithPositional(v => paths = v.Split(';').Select(x => new AbsoluteFilePath(Path.GetFullPath(x))).ToList())
.BuildConfiguration();
var parser = new CommandLineParser(configuration);
var result = parser.Parse(args);
if (!result.Succeeded)
{
Console.WriteLine(result.Message);
return;
}
foreach (AbsoluteFilePath path in paths)
{
ConvertFile(path);
}
}
public void NamedArguments(
string[] args,
string firstParsedArgument,
string secondParsedArgument,
ICommandLineParser parser)
{
const string FirstName = "firstName";
const string FirstValue = "firstValue";
const string SecondName = "secondName";
const string SecondValue = "secondValue";
"establish named arguments".x(() =>
args = new[]
{
"-" + FirstName, FirstValue, "-" + SecondName, SecondValue
});
"establish a parser with parsing configuration for named arguments".x(() =>
{
parser = new CommandLineParser(CommandLineParserConfigurator
.Create()
.WithNamed(FirstName, v => firstParsedArgument = v)
.WithNamed(SecondName, v => secondParsedArgument = v)
.BuildConfiguration());
});
"when parsing".x(() =>
parser.Parse(args));
"should parse named arguments".x(() =>
new[]
{
firstParsedArgument, secondParsedArgument
}
.Should().Equal(FirstValue, SecondValue));
}
public static int Main(string[] args)
{
string input = null;
string output = null;
string markup = Markdown;
var configuration = CommandLineParserConfigurator
.Create()
.WithNamed("i", v => input = v)
.HavingLongAlias("input")
.Required()
.DescribedBy("path", "specifies the input path pointing to a xBehave/xUnit XML report.")
.WithNamed("o", v => output = v)
.HavingLongAlias("output")
.Required()
.DescribedBy("path", "specifies the output path where the generated markdown will be written to.")
.WithNamed("m", v => markup = v)
.HavingLongAlias("markup")
.DescribedBy($"markup [{Markdown} | {DokuWiki}]", "specifies which markup to use")
.BuildConfiguration();
var parser = new CommandLineParser(configuration);
var parseResult = parser.Parse(args);
if (!parseResult.Succeeded)
{
Usage usage = new UsageComposer(configuration).Compose();
Console.WriteLine(parseResult.Message);
Console.WriteLine("usage:" + usage.Arguments);
Console.WriteLine("options");
Console.WriteLine(usage.Options.IndentBy(4));
Console.WriteLine();
return(InvalidFunction);
}
if (!File.Exists(input))
{
Console.WriteLine("Input file '{0}' does not exist, please define an existing file.", input);
return(FileNotFound);
}
IMarkupWriter markupWriter;
switch (markup.ToLowerInvariant())
{
case Markdown:
markupWriter = new MarkdownWriter();
break;
case DokuWiki:
markupWriter = new DokuWikiWriter();
break;
default:
return(InvalidMarkup);
}
var inputXml = XDocument.Load(input);
var converter = new Converter(markupWriter);
var outputMarkdown = converter.Convert(inputXml);
using (var writer = new StreamWriter(output))
{
writer.Write(outputMarkdown);
}
return(Ok);
}
static void Main(string[] args)
{
string direction = string.Empty;
bool query = false;
bool raw = false;
bool init = false;
bool deInit = false;
bool help = false;
bool htmlReport = false;
string inject = string.Empty;
string tags = string.Empty;
string timeSpan = string.Empty;
bool pause = false;
var configuration = CommandLineParserConfigurator
.Create()
.WithSwitch("q", () => query = true).HavingLongAlias("query").DescribedBy("Call the db and get your working times.")
.WithSwitch("r", () => raw = true).HavingLongAlias("raw").DescribedBy("Get all logged events")
.WithSwitch("i", () => init = true).HavingLongAlias("init").DescribedBy("Create windows tasks (you need elevated permissions for this one!")
.WithSwitch("d", () => deInit = true).HavingLongAlias("deinit").DescribedBy("Remove windows tasks (you need elevated permissions for this one!")
.WithSwitch("b", () => pause = true).HavingLongAlias("pause").DescribedBy("Manage your breaks")
.WithSwitch("h", () => help = true).HavingLongAlias("help").DescribedBy("Show this usage screen.")
.WithSwitch("o", () => htmlReport = true).HavingLongAlias("out").DescribedBy("Show html report.")
.WithNamed("j", I => inject = I).HavingLongAlias("inject").DescribedBy("Time|Direction\"", "Use this for debugging only! You can inject timestamps. 1 for lock, 0 for unlock")
.WithNamed("t", t => tags = t).HavingLongAlias("tags").DescribedBy("timestamp|Tag1,Tag2,...\"", "Tag a timestamp; use ticks for the timestamp (-r shows them)")
.WithPositional(d => direction = d).DescribedBy("lock", "tell me to \"lock\" for \"out\" and keep empty for \"in\"")
.BuildConfiguration();
var parser = new CommandLineParser(configuration);
var parseResult = parser.Parse(args);
if (!parseResult.Succeeded || args.Length == 0)
{
ShowUsage(configuration, parseResult.Message);
Environment.Exit((int)ExitCode.ArgumentError);
}
else
{
if (help)
{
ShowUsage(configuration);
Environment.Exit((int)ExitCode.OK);
}
if (init)
{
using (TaskService ts = new TaskService())
{
try
{
DefineTask(ts, "myLock lock screen", "lock_pc", TriggerType.Lock);
DefineTask(ts, "myLock unlock screen", "unlock_pc", TriggerType.Unlock);
DefineTask(ts, "myLock login to pc", "login_pc", TriggerType.Logon);
DefineTask(ts, "myLock logout from pc", "logout_pc", TriggerType.Logoff);
DefineTask(ts, "myLock energysaver from pc", "energysave_pc", TriggerType.Energysave);
Console.WriteLine("Initialization complete.");
Environment.Exit((int)ExitCode.OK);
}
catch (UnauthorizedAccessException)
{
Console.Error.WriteLine("Access denied, please use an elevated prompt.");
Environment.Exit((int)ExitCode.Exception);
}
}
}
if (deInit)
{
using (TaskService ts = new TaskService())
{
try
{
//Remove tasks
foreach (var t in ts.RootFolder.AllTasks)
{
if (t.Name.StartsWith(taskPrefix))
{
ts.RootFolder.DeleteTask(t.Name);
}
}
Console.WriteLine("Deinitialization complete.");
Environment.Exit((int)ExitCode.OK);
}
catch (UnauthorizedAccessException)
{
Console.Error.WriteLine("Access denied, please use an elevated prompt.");
Environment.Exit((int)ExitCode.Exception);
}
}
}
if (!string.IsNullOrEmpty(inject))
{
TimeStampCollection col;
try
{
col = Saver.Load <TimeStampCollection>(dbFile);
}
catch (FileNotFoundException)
{
col = new TimeStampCollection();
}
TimeStamp stamp = new TimeStamp();
string[] injection = inject.Split('|');
stamp.Stamp = DateTime.Parse(injection[0]);
if (injection.Length > 1)
{
stamp.Direction = (Direction)(Convert.ToInt32(injection[1]));
}
if (injection.Length > 2)
{
stamp.User = injection[2];
}
col.TimeStamps.Add(stamp);
col.TimeStamps.Sort();
Saver.Save <TimeStampCollection>(dbFile, col);
Console.WriteLine("Injection successfull.");
Console.WriteLine("Values were: {0}", inject);
Environment.Exit((int)ExitCode.OK);
}
if (raw)
{
TimeStampCollection col = Saver.Load <TimeStampCollection>(dbFile);
foreach (var t in col.TimeStamps)
{
Console.WriteLine("{0,-10} {1} {2} {3} {4}", UnixTimestampFromDateTime(t.Stamp), t.Stamp, t.User, t.Direction, (t.Tags.Count > 0) ? "Tags: " + String.Join(", ", t.Tags) : string.Empty);
}
Console.WriteLine("EOF");
Environment.Exit((int)ExitCode.OK);
}
if (pause)
{
interactivebreaktime(0);
}
if (!string.IsNullOrEmpty(tags))
{
TimeStampCollection col;
try
{
col = Saver.Load <TimeStampCollection>(dbFile);
}
catch (FileNotFoundException)
{
col = new TimeStampCollection();
}
int iPipe = tags.IndexOf("|");
if (iPipe == -1)
{
Console.Error.WriteLine("Wrong input format, use \"Ticks|foo,bar,zwusch\"!");
Environment.Exit(-3);
}
long lTicks = long.Parse(tags.Substring(0, iPipe));
List <string> tagList = tags.Substring(iPipe + 1).Split(',').ToList <string>();
try
{
var q = (from c in col.TimeStamps where UnixTimestampFromDateTime(c.Stamp) == lTicks select c).Single();
q.Tags.AddRange(tagList);
Saver.Save <TimeStampCollection>(dbFile, col);
}
catch (InvalidOperationException)
{
Console.Error.WriteLine("Timestamp {0} could not be found. Check with \"-r\".", lTicks);
Environment.Exit((int)ExitCode.Exception);
}
}
if (!query)
{
LogTimeStamp(direction);
}
else
{
if (!htmlReport)
{
QueryWorkingTimes(timeSpan);
}
else
{
}
}
}
}
