public void GridWeightsMatter()
{
const int topItemCount = 3;
const string tieBreakerInput = "GOLD";
var topCandidates = new TopAddressCandidates(topItemCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate
{
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate
{
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate
{
Address = "Runner up",
Score = 5,
Weight = 0
});
var items = topCandidates.GetTopItems();
const int addOneForWinnerWhichIsRemoved = 1;
Assert.That(items.Count(), Is.EqualTo(topItemCount + addOneForWinnerWhichIsRemoved));
var candidate = items.First();
Assert.That(candidate.Score, Is.EqualTo(5));
Assert.That(candidate.Address, Is.EqualTo("GOLD"));
}
public void GridWeightsMatter()
{
const int topItemCount = 3;
const string tieBreakerInput = "GOLD";
var topCandidates = new TopAddressCandidates(topItemCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate
{
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate
{
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate
{
Address = "Runner up",
Score = 5,
Weight = 0
});
var items = topCandidates.GetTopItems();
const int addOneForWinnerWhichIsRemoved = 1;
Assert.That(items.Count(), Is.EqualTo(topItemCount + addOneForWinnerWhichIsRemoved));
var candidate = items.First();
Assert.That(candidate.Score, Is.EqualTo(5));
Assert.That(candidate.Address, Is.EqualTo("GOLD"));
}
public void Greater_weight_breaks_score_tie()
{
const int topItemCount = 3;
const string tieBreakerInput = "GOLD";
var topCandidates = new TopAddressCandidates(topItemCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate {
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate {
Address = "GOLDS",
Score = 5,
Weight = 99
});
topCandidates.Add(new Candidate {
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate {
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate {
Address = "Runner up",
Score = 5,
Weight = 0
});
var items = topCandidates.Get();
var candidate = items.First();
const int addOneForWinnerWhichIsRemoved = 1;
items.Count.ShouldBe(topItemCount + addOneForWinnerWhichIsRemoved);
candidate.Score.ShouldBe(5);
candidate.Address.ShouldBe("GOLD");
}
public void SizeIsTwoWhenSuggestIsZeroForScoreDifferenceCalculating()
{
const int suggestCount = 0;
const string tieBreakerInput = "";
var topCandidates = new TopAddressCandidates(suggestCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate
{
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate
{
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate
{
Address = "Runner up",
Score = 5,
Weight = 0
});
Assert.That(topCandidates.GetTopItems().ToList().Count, Is.EqualTo(2));
}
public void SizeIsOneLargerThanInputToGetExactSuggestionCount()
{
const int suggestCount = 2;
const string tieBreakerInput = "";
var topCandidates = new TopAddressCandidates(suggestCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate
{
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate
{
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate
{
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate
{
Address = "Runner up",
Score = 5,
Weight = 0
});
Assert.That(topCandidates.GetTopItems().ToList().Count, Is.EqualTo(suggestCount + 1));
}
public void Size_is_one_larger_than_input_to_get_exact_suggestion_count()
{
const int suggestCount = 2;
const string tieBreakerInput = "";
var topCandidates = new TopAddressCandidates(suggestCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate {
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate {
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate {
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate {
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate {
Address = "Runner up",
Score = 5,
Weight = 0
});
topCandidates.Get().ToList().Count.ShouldBe(suggestCount + 1);
}
public void Size_is_two_when_suggest_is_zero_for_score_difference_calculating()
{
const int suggestCount = 0;
const string tieBreakerInput = "";
var topCandidates = new TopAddressCandidates(suggestCount, new CandidateComparer(tieBreakerInput));
topCandidates.Add(new Candidate {
Address = "GOLD",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate {
Address = "GOLDS",
Score = 5,
Weight = 100
});
topCandidates.Add(new Candidate {
Address = "BRONZE",
Score = 5,
Weight = 1
});
topCandidates.Add(new Candidate {
Address = "SILVER",
Score = 5,
Weight = 50
});
topCandidates.Add(new Candidate {
Address = "Runner up",
Score = 5,
Weight = 0
});
topCandidates.Get().ToList().Count.ShouldBe(2);
}
public async Task <ObjectResult> Get(string street, string zone, [FromQuery] GeocodingOptions options)
{
_log.Debug("Geocoding {street}, {zone} with options: {options}", street, zone, options);
#region validation
var errors = "";
if (string.IsNullOrEmpty(street))
{
errors = "Street is empty.";
}
if (string.IsNullOrEmpty(zone))
{
errors += "Zip code or city name is emtpy";
}
if (errors.Length > 0)
{
_log.Debug("Bad geocode request", errors);
return(BadRequest(new ApiResponseContainer <GeocodeAddressApiResponse> {
Status = (int)HttpStatusCode.BadRequest,
Message = errors
}));
}
street = street?.Trim();
zone = zone?.Trim();
#endregion
var parseAddressCommand = new AddressParsing.Command(street);
var parsedStreet = await _mediator.Send(parseAddressCommand);
var parseZoneCommand = new ZoneParsing.Command(zone, new GeocodeAddress(parsedStreet));
var parsedAddress = await _mediator.Send(parseZoneCommand);
if (options.PoBox && parsedAddress.IsPoBox && parsedAddress.Zip5.HasValue)
{
var poboxCommand = new PoBoxLocation.Command(parsedAddress, options);
var result = await _mediator.Send(poboxCommand);
if (result != null)
{
var model = result.ToResponseObject(street, zone);
var standard = parsedAddress.StandardizedAddress.ToLowerInvariant();
var input = street?.ToLowerInvariant();
if (input != standard)
{
model.StandardizedAddress = standard;
}
_log.Debug("Result score: {score} from {locator}", model.Score, model.Locator);
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse> {
Result = model,
Status = (int)HttpStatusCode.OK
}));
}
}
var deliveryPointCommand = new UspsDeliveryPointLocation.Command(parsedAddress, options);
var uspsPoint = await _mediator.Send(deliveryPointCommand);
if (uspsPoint != null)
{
var model = uspsPoint.ToResponseObject(street, zone);
var standard = parsedAddress.StandardizedAddress.ToLowerInvariant();
var input = street?.ToLowerInvariant();
if (input != standard)
{
model.StandardizedAddress = standard;
}
_log.Debug("Result score: {score} from {locator}", model.Score, model.Locator);
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse> {
Result = model,
Status = (int)HttpStatusCode.OK
}));
}
var topCandidates = new TopAddressCandidates(options.Suggest,
new CandidateComparer(parsedAddress.StandardizedAddress
.ToUpperInvariant()));
var getLocatorsForAddressCommand = new LocatorsForGeocode.Command(parsedAddress, options);
var locators = await _mediator.Send(getLocatorsForAddressCommand);
if (locators == null || !locators.Any())
{
_log.Debug("No locators found for address {parsedAddress}", parsedAddress);
return(NotFound(new ApiResponseContainer {
Message = $"No address candidates found with a score of {options.AcceptScore} or better.",
Status = (int)HttpStatusCode.NotFound
}));
}
var tasks = await Task.WhenAll(locators.Select(locator => _mediator.Send(new Geocode.Command(locator)))
.ToArray());
var candidates = tasks.SelectMany(x => x);
foreach (var candidate in candidates)
{
topCandidates.Add(candidate);
}
var highestScores = topCandidates.Get();
var chooseBestAddressCandidateCommand = new FilterCandidates.Command(highestScores, options, street,
zone, parsedAddress);
var winner = await _mediator.Send(chooseBestAddressCandidateCommand);
if (winner == null || winner.Score < 0)
{
_log.Warning("Could not find match for {Street}, {Zone} with a score of {Score} or better.", street,
zone,
options.AcceptScore);
return(NotFound(new ApiResponseContainer {
Message = $"No address candidates found with a score of {options.AcceptScore} or better.",
Status = (int)HttpStatusCode.NotFound
}));
}
if (winner.Location == null)
{
_log.Warning("Could not find match for {Street}, {Zone} with a score of {Score} or better.", street,
zone,
options.AcceptScore);
}
winner.Wkid = options.SpatialReference;
_log.Debug("Result score: {score} from {locator}", winner.Score, winner.Locator);
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse> {
Result = winner,
Status = (int)HttpStatusCode.OK
}));
}
public async Task <ObjectResult> Get(string street, string zone, [FromQuery] GeocodingOptions options)
{
#region validation
var errors = "";
if (string.IsNullOrEmpty(street))
{
errors = "Street is empty.";
}
if (string.IsNullOrEmpty(zone))
{
errors += "Zip code or city name is emtpy";
}
if (errors.Length > 0)
{
return(BadRequest(new ApiResponseContainer <GeocodeAddressApiResponse>
{
Status = (int)HttpStatusCode.BadRequest,
Message = errors
}));
}
street = street?.Trim();
zone = zone?.Trim();
#endregion
_parseAddressCommand.Initialize(street);
var parsedStreet = CommandExecutor.ExecuteCommand(_parseAddressCommand);
_parseZoneCommand.Initialize(zone, new GeocodeAddress(parsedStreet));
var parsedAddress = CommandExecutor.ExecuteCommand(_parseZoneCommand);
if (options.PoBox && parsedAddress.IsPoBox && parsedAddress.Zip5.HasValue)
{
_poboxCommand.Initialize(parsedAddress, options);
var result = await _poboxCommand.Execute();
if (result != null)
{
// TODO this is silly change it
var model = new GeocodeAddressApiResponse
{
MatchAddress = result.Address,
Score = result.Score,
Locator = result.Locator,
Location = result.Location,
AddressGrid = result.AddressGrid,
InputAddress = $"{street}, {zone}",
ScoreDifference = result.ScoreDifference
};
var standard = parsedAddress.StandardizedAddress.ToLowerInvariant();
var input = street?.ToLowerInvariant();
if (input != standard)
{
model.StandardizedAddress = standard;
}
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse>
{
Result = model
}));
}
}
_deliveryPointCommand.Initialize(parsedAddress, options);
var uspsPoint = await _deliveryPointCommand.Execute();
if (uspsPoint != null)
{
// TODO this is silly change it
var model = new GeocodeAddressApiResponse
{
MatchAddress = uspsPoint.Address,
Score = uspsPoint.Score,
Locator = uspsPoint.Locator,
Location = uspsPoint.Location,
AddressGrid = uspsPoint.AddressGrid,
InputAddress = $"{street}, {zone}",
ScoreDifference = uspsPoint.ScoreDifference
};
var standard = parsedAddress.StandardizedAddress.ToLowerInvariant();
var input = street?.ToLowerInvariant();
if (input != standard)
{
model.StandardizedAddress = standard;
}
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse>
{
Result = model
}));
}
var topCandidates = new TopAddressCandidates(options.Suggest,
new CandidateComparer(parsedAddress.StandardizedAddress
.ToUpperInvariant()));
_getLocatorsForAddressCommand.Initialize(parsedAddress, options);
var locators = CommandExecutor.ExecuteCommand(_getLocatorsForAddressCommand);
if (locators == null || !locators.Any())
{
return(NotFound(new ApiResponseContainer
{
Message = $"No address candidates found with a score of {options.AcceptScore} or better.",
Status = (int)HttpStatusCode.NotFound
}));
}
var commandsToExecute = new ConcurrentQueue <GetAddressCandidatesCommand>();
foreach (var locator in locators)
{
var geocodeWithLocator = new GetAddressCandidatesCommand(_clientFactory);
geocodeWithLocator.Initialize(locator);
commandsToExecute.Enqueue(geocodeWithLocator);
}
var tasks = new Collection <Task <IEnumerable <Candidate> > >();
while (commandsToExecute.TryDequeue(out GetAddressCandidatesCommand currentCommand))
{
tasks.Add(currentCommand.Execute());
}
await Task.WhenAll(tasks);
var candidates = tasks.Where(x => x.Result != null).SelectMany(x => x.Result);
foreach (var candidate in candidates)
{
topCandidates.Add(candidate);
}
var highestScores = topCandidates.Get();
var chooseBestAddressCandidateCommand = new ChooseBestAddressCandidateCommand(highestScores, options, street,
zone, parsedAddress);
var winner = CommandExecutor.ExecuteCommand(chooseBestAddressCandidateCommand);
if (winner == null || winner.Score < 0)
{
// Log.Warning("Could not find match for {Street}, {Zone} with a score of {Score} or better.", street, zone,
// options.AcceptScore);
return(NotFound(new ApiResponseContainer
{
Message = $"No address candidates found with a score of {options.AcceptScore} or better.",
Status = (int)HttpStatusCode.NotFound
}));
}
if (winner.Location == null)
{
// Log.Warning("Could not find match for {Street}, {Zone} with a score of {Score} or better.", street, zone,
// options.AcceptScore);
}
winner.Wkid = options.SpatialReference;
return(Ok(new ApiResponseContainer <GeocodeAddressApiResponse>
{
Result = winner
}));
}