private int RealizarBusqueda(string query, int offset)
{
//MSNSearchPortTypeClient s = new MSNSearchPortTypeClient();
MSNSearch.MSNSearchService s = new MSNSearchService();
SearchRequest searchRequest = new SearchRequest();
int arraySize = 1;
SourceRequest[] sr = new SourceRequest[arraySize];
sr[0] = new SourceRequest();
sr[0].Source = SourceType.Web;
sr[0].Count = resultadosPorPag;
sr[0].Offset = offset;
searchRequest.Query = query;
searchRequest.Requests = sr;
// Enter the Application ID, in double quotation marks, supplied by the
// Developer Provisioning System, as the value of the AppID on the SearchRequest.
searchRequest.AppID = "00E563DCB26A22584ADD1A1F2F182FC8E184B25A";
searchRequest.CultureInfo = "en-US";
SearchResponse searchResponse;
searchResponse = s.Search(searchRequest);
res = searchResponse.Responses[0].Results;
return(searchResponse.Responses[0].Total);
}
void when_post_sources()
{
context["given a sepa source"] = () =>
{
beforeAllAsync = async() =>
{
sourceRequest = new SourceRequest(
type: "sepa",
billingAddress: new Address()
{
AddressLine1 = "Checkout GmbH",
AddressLine2 = "Rudi-Dutschke-Strasse 26",
City = "Berlin",
Zip = "10969",
State = "Berlin",
Country = "DE"
})
{
Reference = "CKO Demo test",
Phone = new Phone()
{
CountryCode = "+49",
Number = "3088789157"
},
SourceData = new SourceData()
{
{ "first_name", "Marcus" },
{ "last_name", "Barrilius Maximus" },
{ "account_iban", "DE25100100101234567893" },
{ "bic", "PBNKDEFFXXX" },
{ "billing_descriptor", "CKO Demo test" },
{ "mandate_type", "single" }
}
};
result = await controller.RequestSource(sourceRequest);
source = (result as ObjectResult).Value as Resource;
};
it["should return 201 - Created"] = () =>
{
(result as CreatedAtActionResult).StatusCode.ShouldBe(StatusCodes.Status201Created);
};
it["should match request source type with response source type"] = () =>
{
(source as SourceProcessed).Type.ToLower().ShouldBe(sourceRequest.Type.ToLower());
};
it["should return a mandate reference"] = () =>
{
(source as SourceProcessed).ResponseData["mandate_reference"].ShouldNotBeNull();
};
};
}
public override SearchResult[] Search(SearchQuery query)
{
List <SearchResult> searchResults = new List <SearchResult>();
int startOffset = 0;
MSNSearchService msnSearchService = new MSNSearchService();
SearchRequest searchRequest = new SearchRequest();
int arraySize = 1;
SourceRequest[] sr = new SourceRequest[arraySize];
sr[0] = new SourceRequest();
sr[0].Source = SourceType.Web;
sr[0].Offset = startOffset;
String searchPrefix = String.IsNullOrEmpty(_siteDomainName) ? "" : "site:" + _siteDomainName + " ";
searchRequest.Query = searchPrefix + query.Query;
searchRequest.Requests = sr;
searchRequest.AppID = _appID;
searchRequest.CultureInfo = System.Threading.Thread.CurrentThread.CurrentUICulture.Name;
SearchResponse searchResponse = msnSearchService.Search(searchRequest);
foreach (SourceResponse sourceResponse in searchResponse.Responses)
{
Result[] sourceResults = sourceResponse.Results;
foreach (Result sourceResult in sourceResults)
{
SearchResult searchResult = new SearchResult();
if (!String.IsNullOrEmpty(sourceResult.Title))
{
searchResult.Title = sourceResult.Title;
}
if (!String.IsNullOrEmpty(sourceResult.Description))
{
searchResult.Description = sourceResult.Description;
}
if (!String.IsNullOrEmpty(sourceResult.Url))
{
searchResult.Url = sourceResult.Url;
}
searchResults.Add(searchResult);
}
}
return(searchResults.ToArray());
}
public SourceRequestTests()
{
var settings = new ConnectionSettings(UnitTestDefaults.Uri, UnitTestDefaults.DefaultIndex)
.SetConnectionStatusHandler(r => this._status = r)
.ExposeRawResponse();
var connection = new InMemoryConnection(settings);
var client = new ElasticClient(settings, connection);
var request = new SourceRequest <ElasticsearchProject>(2)
{
Preference = "local",
Routing = "2",
};
var response = client.Source <ElasticsearchProject>(request);
}
public static bool IsExistenceSource(SourceRequest sourceRequest, ICompany company, out ISource sourceFromDb)
{
sourceFromDb = null;
if (sourceRequest == null)
{
return(false);
}
sourceFromDb = company.ReadSource(sourceRequest.Id);
if (sourceFromDb == null)
{
return(false);
}
else
{
return(true);
}
}
public static bool IsValidatedSource(SourceRequest sourceRequest, ICompany company, out ISource sourceFromDb)
{
if (IsExistenceSource(sourceRequest, company, out ISource _sourceFromDb))
{
sourceFromDb = _sourceFromDb;
if (_sourceFromDb.SecretKey == sourceRequest.SecretKey)
{
return(true);
}
else
{
return(false);
}
}
else
{
sourceFromDb = _sourceFromDb;
return(false);
}
}
public async Task <IActionResult> RequestSource(SourceRequest sourceRequest)
{
try
{
var sourceResponse = await api.Sources.RequestAsync(sourceRequest);
if (sourceResponse.IsPending)
{
throw new NotImplementedException("There is no use case for SourceResponse.Pending yet.");
}
else
{
return(CreatedAtAction(nameof(RequestSource), new { paymentId = sourceResponse.Source.Id }, sourceResponse.Source));
}
}
catch (Exception e)
{
return(UnprocessableEntity(e.Message));
}
}
private void ExecuteMSNSearchQuery()
{
//THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF
//ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED
//TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A
//PARTICULAR PURPOSE.
//
//Copyright (C) 2005 Microsoft Corporation. All rights reserved.
// Create a new SearchRequest object that represents the search request. Each SearchRequest can
// contain multiple SourceRequest objects; however, each SearchRequest can contain
// only one SourceRequest of each type. (More on this later.)
SearchRequest searchRequest = new SearchRequest();
int arraySize = 3;
// Each SourceRequest can be configured to return one or more result fields:
// CacheUrl, Description, DisplayUrl, SearchTags, Title, Url, and All.
// Fields can be combined using the bitwise OR operator (|);
// All returns all available fields in the enumeration.
// Note that some SourceRequest objects cannot return all of the fields
// described. For example, a SourceRequest of type Spelling returns one spelling
// suggestion in the Title field, so the returned data is the same when the
// ResultFields property is set to ResultFieldMask.All or ResultFieldMask.Title.
SourceRequest[] sr = new SourceRequest[arraySize];
// The first SourceRequest is a Web source request. This can be a request for Web or
// Web-Local results, depending on whether the Location object is set. When the user clicks
// Near Me, the sample application applies the Location information to the search and
// returns Web-Local results (results that consider Location as a relevance factor) and
// PhoneBook results.
sr[0] = new SourceRequest();
sr[0].Source = SourceType.Web;
// For this SourceRequest, we can return all fields...
sr[0].ResultFields = ResultFieldMask.All;
// Or just specific fields, such as SearchTags.
// sr[0].ResultFields = ResultFieldMask.SearchTags;
// To return a subset of all fields, combine the result fields using the bitwise
// OR operator (|). The following example returns the Title and URL fields only:
// sr[0].ResultFields = ResultFieldMask.Title | ResultFieldMask.Url;
// Check for the number of results to return per page. If this value is not set,
// the service returns the default number of results, which is ten per page.
sr[0].Count = 10;
// Check for an offset value. The default offset is zero, meaning that results are
// returned from the MSN Search Engine with the highest-ranking result displayed first.
// The Offset property is most commonly used in conjunction with the Count
// property, above, for paging through long lists of results.
sr[0].Offset = 0;
//// The second SourceRequest is a spelling source request. Spelling returns only one
//// result per call, in the Title field.
//sr[1] = new SourceRequest();
//sr[1].Source = SourceType.Spelling;
//sr[1].ResultFields = ResultFieldMask.Title;
//// Set the Count to 1 and the Offset to 0 for SourceType.Spelling; Spelling returns
//// only one result per request (Count = 1) at offset zero (Offset = 0).
//sr[1].Count = 1;
//sr[1].Offset = 0;
//// The third SourceRequest is a PhoneBook source request. PhoneBook results include
//// a title, description, URL, phone number, address object, and location object.
//// Although the DisplayUrl field can be returned, the URL it contains is not significant.
//sr[2] = new SourceRequest();
//sr[2].Source = SourceType.PhoneBook;
//// In this sample, we will return the Title, Description, and Url fields, as well as
//// the PhoneBook-specific return fields Phone, Address, and Location.
//sr[2].ResultFields = ResultFieldMask.Title | ResultFieldMask.Url;
//// if (txtNumResults.Text != String.Empty)
//sr[2].Count = 10;// Int32.Parse(txtNumResults.Text);
//// if (txtOffset.Text != String.Empty)
//sr[2].Offset = 0;// Int32.Parse(txtOffset.Text);
// The Query field of the SearchRequest object is the text of the query submitted to the
// MSN Search Engine. The query can contain any valid query text supported by the
// MSN Search Engine, including advanced query syntax.
searchRequest.Query = queryText;
// The Requests field of the SearchRequest object is the array of SourceRequest objects
// for this search.
searchRequest.Requests = sr;
// Check the user selection for SafeSearchOptions.
// If no setting is specified, the default setting of Moderate is applied to this SearchRequest.
searchRequest.SafeSearch = SafeSearchOptions.Off;
// searchRequest.SafeSearch = SafeSearchOptions.Strict;
// searchRequest.SafeSearch = SafeSearchOptions.Moderate;
// Enter the Application ID, in double quotation marks, supplied by the
// Developer Provisioning System as the value of the AppID on the SearchRequest.
searchRequest.AppID = msnAppID;
// Determine whether the user chose to enable query word marking. Query word
// marking returns specific characters before and after each word or group of words
// used in the SearchRequest.Query field.
searchRequest.Flags = SearchFlags.None;
// Determine the user's CultureInfo selection.
// The following code gets the CultureInfo value from the combo box.
// The combo box collection contains all values recognized by the MSN Search Engine.
// You can also set the CultureInfo to a specific value in the code, as shown in the
// following example:
searchRequest.CultureInfo = "en-US";
// To return PhoneBook results in addition to Web results, the user must set the Location.
// The following code sets the Latitude and Longitude fields of the Location
// object and the Radius of the search.
// If invalid Location data is specified, the MSN Search Engine will attempt to
// return search results based on the information provided. Note that zero results
// may return if the Location data does not map to a valid geographic location.
// The value of Radius also affects the search results; a small value for Radius may
// return fewer results than expected.
// The sample application user interface does not validate user input.
//if (nearMe)
//{
// double latitude = Double.Parse(txtLatitude.Text);
// double longitude = Double.Parse(txtLongitude.Text);
// double radius = Double.Parse(txtRadius.Text);
// searchRequest.Location = new Location();
// searchRequest.Location.Latitude = latitude;
// searchRequest.Location.Longitude = longitude;
// searchRequest.Location.Radius = radius;
//}
// Once the SearchRequest has been configured and all of the SourceRequest
// objects have been configured and added to the SearchRequest, the
// application can process the request.
// s.SearchCompleted += new SearchCompletedEventHandler(s_SearchCompleted);
// Execute the search request and return the search response by
// setting the SearchResponse to MSNSearchService.Search(SearchRequest).
SearchResponse searchResponse = s.Search(searchRequest);
SearchMSNItemCollection list = new SearchMSNItemCollection();
// Check the SearchResponse to determine whether it contains a spelling suggestion.
// The spelling suggestion is returned in the Title field of the Spelling SourceResponse.
// If the SearchResponse does not contain a Spelling SourceResponse, there is no
// spelling suggestion and the application passes the SearchResponse to the printResults method.
// If a Spelling SourceResponse is returned, the application displays a MessageBox that asks
// the user to choose whether to ignore the spelling suggestion or accept the spelling
// suggestion and re-execute the query with the updated query string.
// To test for the presence of the Spelling SourceResponse, check the Total field for
// the SearchResponse.Response for the Spelling SourceType.
foreach (SourceResponse sourceResponse in searchResponse.Responses)
{
// The requested result fields for each SourceRequest are returned in the
// Results field of the respective SourceResponse.
Result[] sourceResults = sourceResponse.Results;
// Using foreach, loop through the results returned in each SourceResponse.
foreach (Result sourceResult in sourceResults)
{
SearchMSNItem searchMSNItem = new SearchMSNItem();
searchMSNItem.Name = sourceResult.Title;
searchMSNItem.Path = sourceResult.Url;
list.Add(searchMSNItem);
}
}
if (uiDispatcher != null)
{
uiDispatcher.BeginInvoke(DispatcherPriority.Background, new DispatcherOperationCallback(OnMSNSearchCompleteEvent), (object)list);
}
}
// The encoding algorithm.
public string EncodeMessage(string[] IMMessage, out string MacString)
{
int numSourceRequest = 1;
SourceRequest[] sourceRequest = new SourceRequest[numSourceRequest];
string EncodedMessage = "";
string LocalMacString = "";
sourceRequest[0] = new SourceRequest();
sourceRequest[0].Source = SourceType.Web;
sourceRequest[0].Count = (int)AlgoParameters.WORD_SEARCH_LENGTH;
sourceRequest[0].Offset = resultSelector.Next((int)AlgoParameters.WORD_SEARCH_OFFSET);
searchRequest.Query = "Chaffer";
searchRequest.Requests = sourceRequest;
searchRequest.AppID = "351A70F9FBE13428EF87F3FEB65F235482371425";
searchRequest.CultureInfo = "en-US";
searchRequest.Requests = sourceRequest;
// Get out every single message.
foreach (string word in IMMessage)
{
SearchResponse searchResponse;
if (word.Length == 0)
{
continue;
}
if (String.Equals(word, ""))
{
continue;
}
// Fake Encoding
PerformFakeWebSearch((int)fakeSearchInserter.Next((int)AlgoParameters.WORD_FAKE_SEARCH_UPPER_BOUND),
EntropyPool,
resultSelector,
searchService,
searchRequest);
//--------------Word Encoding Begin ----------------------------------------------------------------------------//
// Encode the real word.
searchRequest.Query = word;
int retry_count = (int)AlgoParameters.WORD_ENCODING_RETRY_COUNT;
char[] arraySplit = { ' ' };
Boolean wordEncoded = false;
do
{
searchRequest.Requests[0].Count = (int)AlgoParameters.WORD_SEARCH_OFFSET;
searchRequest.Requests[0].Offset = resultSelector.Next((int)AlgoParameters.WORD_SEARCH_LENGTH);
searchResponse = searchService.Search(searchRequest);
/* Select the appropriate response out of the 10 hits */
foreach (SourceResponse sourceResponse in searchResponse.Responses)
{
Result[] sourceResults = sourceResponse.Results;
int index = 0;
foreach (Result sourceResult in sourceResults)
{
if (sourceResult.Description != null && sourceResult.Description.Contains(word))
{
wordEncoded = true;
printColored(word, ConsoleColor.Green);
string tempstr = PreprocessQueryResult(sourceResult.Description, word);
EncodedMessage = EncodedMessage + tempstr + " ";
LocalMacString = LocalMacString + GenerateMACString(tempstr.Split(arraySplit), word);
// Perform the warm up close to the hit.
if (index == sourceResults.GetLength(0) - 1)
{
EntropyPool.EntropyCacheWarmUp(sourceResults[sourceResults.GetLength(0) - 1].Description);
EntropyPool.EntropyCacheWarmUp(sourceResults[sourceResults.GetLength(0) - 2].Description);
}
else if (index == 0)
{
EntropyPool.EntropyCacheWarmUp(sourceResults[0].Description);
EntropyPool.EntropyCacheWarmUp(sourceResults[1].Description);
}
else
{
EntropyPool.EntropyCacheWarmUp(sourceResults[index + 1].Description);
EntropyPool.EntropyCacheWarmUp(sourceResults[index - 1].Description);
}
EntropyPool.EntropyCacheWarmUp(sourceResult.Description);
break;
}
index++;
}
}
} while (!wordEncoded && (retry_count-- > 0));
if (!wordEncoded)
{
printColored("Oops! Could not encode word->" + word, ConsoleColor.Red);
}
//--------------Word Encoding Done ----------------------------------------------------------------------------//
// Fake Encoding
PerformFakeWebSearch(fakeSearchInserter.Next((int)AlgoParameters.WORD_FAKE_SEARCH_UPPER_BOUND),
EntropyPool,
resultSelector,
searchService,
searchRequest);
}
MacString = String.Copy(LocalMacString);
return(EncodedMessage);
}