public async void Search_Term_One_Result(string text, int expectedId)
{
//arrange
var providerSettings = TestHelper.CreateProviderSettings();
var parser = new Parser(providerSettings);
var excelTermLoaderService = new ExcelTermLoaderService(providerSettings);
var entryTransformer = new EntryTransformerService(parser);
var excelTermProviderService = new ExcelTermProviderService(excelTermLoaderService, entryTransformer);
var termEntries = await excelTermProviderService.LoadEntries();
var termSearchService = new NormalTermSeachService(providerSettings);
//act
var results = termSearchService.Search(text, termEntries, 1);
//assert
Assert.Equal(results.Count, 1);
var actualResult = results.First();
Assert.Equal(expectedId, actualResult.Id);
Assert.Equal(providerSettings.SourceLanguage,
actualResult.Language.Locale);
}
public ITerminologyProvider CreateTerminologyProvider(Uri terminologyProviderUri,
ITerminologyProviderCredentialStore credentials)
{
TerminologyProviderExcel terminologyProvider;
try
{
var persistenceService = new PersistenceService();
var providerSettings = persistenceService.Load(terminologyProviderUri);
//in case we didn't any settings stored there is no need to load the provider
if (providerSettings == null)
{
return(null);
}
var termSearchService = new NormalTermSeachService(providerSettings);
terminologyProvider = new TerminologyProviderExcel(providerSettings, termSearchService);
Task.Run(terminologyProvider.LoadEntries);
}
catch (Exception ex)
{
Log.Logger.Error($"CreateTerminologyProvider method: {ex.Message}\n {ex.StackTrace}");
throw ex;
}
return(terminologyProvider);
}
public ITerminologyProvider[] Browse(IWin32Window owner, ITerminologyProviderCredentialStore credentialStore)
{
var result = new List <ITerminologyProvider>();
try
{
var settingsDialog = new Settings();
var dialogResult = settingsDialog.ShowDialog();
if (dialogResult == DialogResult.OK ||
dialogResult == DialogResult.Yes)
{
var settings = settingsDialog.GetSettings();
var persistenceService = new PersistenceService();
var provider = new TerminologyProviderExcel(settings);
settings.Uri = provider.Uri;
persistenceService.AddSettings(settings);
var providerSettings = persistenceService.Load(provider.Uri);
var termSearchService = new NormalTermSeachService(providerSettings);
var excelProvider = new TerminologyProviderExcel(providerSettings, termSearchService);
result.Add(excelProvider);
}
}
catch (Exception ex)
{
throw ex;
}
return(result.ToArray());
}
public ITerminologyProvider CreateTerminologyProvider(Uri terminologyProviderUri,
ITerminologyProviderCredentialStore credentials)
{
TerminologyProviderExcel terminologyProvider = null;
try
{
var persistenceService = new PersistenceService();
var providerSettings = persistenceService.Load(terminologyProviderUri);
//in case we didn't any settings stored there is no need to load the provider
if (providerSettings == null)
{
// new Dictionary<string, string> { { "Uri", terminologyProviderUri.ToString() } });
return(terminologyProvider);
}
var termSearchService = new NormalTermSeachService(providerSettings);
terminologyProvider = new TerminologyProviderExcel(providerSettings, termSearchService);
Task.Run(terminologyProvider.LoadEntries);
}
catch (Exception ex)
{
throw ex;
}
return(terminologyProvider);
}
public async void Search_Term_Phrase_With_Separator(string text,
int expectedNumberResults)
{
//arrange
var providerSettings = TestHelper.CreateProviderSettings();
var parser = new Parser(providerSettings);
var excelTermLoaderService = new ExcelTermLoaderService(providerSettings);
var entryTransformer = new EntryTransformerService(parser);
var excelTermProviderService = new ExcelTermProviderService(excelTermLoaderService, entryTransformer);
var termEntries = await excelTermProviderService.LoadEntries();
var termSearchService = new NormalTermSeachService(providerSettings);
//act
var results = termSearchService.Search(text, termEntries, expectedNumberResults);
//assert
Assert.Equal(results.Count, expectedNumberResults);
}