public static ProcessorType GetType(IStringProcessor processor)
{
if (processor is StringReplacer)
{
return(ProcessorType.StringReplacer);
}
if (processor is StringRemover)
{
return(ProcessorType.StringRemover);
}
if (processor is StringUpperCaser)
{
return(ProcessorType.StringUpperCaser);
}
if (processor is StringLowerCaser)
{
return(ProcessorType.StringLowerCaser);
}
if (processor is StringRegexUppercaser)
{
return(ProcessorType.StringRegexUppercaser);
}
if (processor is StringRegexLowercaser)
{
return(ProcessorType.StringRegexLowercaser);
}
if (processor is StringTrimer)
{
return(ProcessorType.StringTrimer);
}
if (processor is StringNameNormalizer)
{
return(ProcessorType.StringNameNormalizer);
}
if (processor is StringGUIDCreator)
{
return(ProcessorType.StringGUIDCreator);
}
if (processor is StringRepositioner)
{
return(ProcessorType.StringRepositioner);
}
if (processor is StringAdder)
{
return(ProcessorType.StringAdder);
}
if (processor is StringUppercaserAll)
{
return(ProcessorType.StringUppercaserAll);
}
if (processor is StringLowercaserAll)
{
return(ProcessorType.StringLowercaserAll);
}
return(ProcessorType.Null);
}
public void Add(IStringProcessor processor)
{
lock (this._lockObj)
{
if (this.ProcessorsDictionary.ContainsKey(processor.Name))
{
this.ProcessorsDictionary.Remove(processor.Name);
}
this.ProcessorsDictionary.Add(processor.Name, processor);
}
}
private void OnProcessText(object sender, RoutedEventArgs e)
{
IStringProcessor processor = availableProcessors.SelectedItem as IStringProcessor;
if (processor != null)
{
string input = originalText.Text;
string result = processor.Process(input);
resultText.Text = result;
}
}
public StringService(BPFinanceContext context, IOptions <AppParams> appParamsAccessor)
{
_context = context;
var repository = new BPFinanceRepository(_context, appParamsAccessor.Value.EditUserId);
_stringProcessor = new StringProcessor(
_context,
repository);
_handbookProcessor = new HandbookProcessor(
_context,
repository);
}
public PositionImProcessor(
BPFinanceContext context,
IBPFinanceRepository repository,
IOrderImProcessor orderImProcessor,
IStringProcessor stringProcessor,
IModuleProcessor moduleProcessor,
IModuleMaketProcessor moduleMaketProcessor)
{
_context = context;
_repository = repository;
_orderImProcessor = orderImProcessor;
_stringProcessor = stringProcessor;
_moduleProcessor = moduleProcessor;
_moduleMaketProcessor = moduleMaketProcessor;
_positionImFactory = new PositionImFactory();
}
public StringTests()
{
// set up some test strings for use across the tests
testStrings = new List <string>();
testStrings.Add("AAAc91%cWwWkLq$1ci3_848v3d__K");
// include some randomly-created strings of varying lengths
// NOTE: Using randomly-generated strings has benefits and disadvantages. One benefit is we can
// quickly set up many strings with complex sequences. A downside could be that we can't be totally
// sure what our tests are going to contain, so maybe a specific string sequence could cause a test
// failure, and we won't see it on every test. However, I think this is something where you would
// keep this in mind and look to improve the test over time.
for (int i = 1; i < 50; i++)
{
testStrings.Add(RandomString(i, GENERATOR_CHARS));
testStrings.Add(RandomString(i, GENERATOR_CHARS));
}
// Add an empty string and a null so we test these as well
testStrings.Add("");
testStrings.Add(null);
processor = new LDCStringProcessor();
}
public void RegisterProcessor(IStringProcessor processor)
{
this.StringProcessorHolder.Add(processor);
}
