/// <summary>
/// Gets the spatial record parcel count within a specified polygon.
/// </summary>
/// <param name="authKey">The authentication key to access SWS.</param>
/// <param name="polygonWkt">The polygon, in well-known text (WKT) format.</param>
/// <param name="bundle">The bundle.</param>
/// <param name="excludeNonSolicitationStates">
/// Exclude parcels in states in which owner cannot be solicited.
/// </param>
/// <returns>The number of parcels within the specified polygon.</returns>
public int GetSpatialRecordParcelCount(
string authKey,
string polygonWkt,
SpatialRecordBundle bundle = SpatialRecordBundle.SpatialRecordOGPremium,
bool excludeNonSolicitationStates = false)
{
var polygon = this.wktReader.Read(polygonWkt);
if (excludeNonSolicitationStates && this.nonSolicitationArea.Intersects(polygon))
{
return(this.GetSpatialRecordParcels(authKey, polygonWkt, bundle, true).Length);
}
else
{
var content = new SpatialRecordPolygonRequest(authKey, polygonWkt, 1, 1, bundle);
var request = this.CreateSpatialRecordTask(HttpMethod.Post, content);
request.Wait();
var response = request.Result.Content.ReadAsAsync <SpatialRecordResponse>();
response.Wait();
return(response.Result.PageInfo.Length);
}
}
public void GetSpatialRecordParcelsByPolygonWithNoAuthKeyCausesAuthentication()
{
this.AddFakeAuthenticateSuccessResponse();
var polygonWkt = "Polygon((-77.1 38.9,-77.1 39,-77 39,-77 38.9,-77.1 38.9))";
this.fakeResponseHandler.AddFakePostResponse(
new Uri(this.config.Object.EndpointUrl + "parcels"),
(requestContent) =>
{
var expectedRequest = new SpatialRecordPolygonRequest("NewAuthKey", polygonWkt);
var actualRequest = JsonConvert.DeserializeObject <SpatialRecordPolygonRequest>(requestContent);
Assert.True(
new GenericEqualityComparer <SpatialRecordPolygonRequest>().Equals(
expectedRequest,
actualRequest));
return(new HttpResponseMessage(HttpStatusCode.OK)
{
Content = new StringContent(
SwsSamples.SpatialRecordSuccess, Encoding.Unicode, "application/json")
});
});
this.sut.GetSpatialRecordParcels(polygonWkt);
}
public void GetSpatialRecordParcelCountReturnsCount()
{
var polygonWkt = "Polygon((-77.1 38.9,-77.1 39,-77 39,-77 38.9,-77.1 38.9))";
this.fakeResponseHandler.AddFakePostResponse(
new Uri(string.Format(
"{0}parcels",
this.config.Object.EndpointUrl)),
(requestContent) =>
{
var expectedRequest = new SpatialRecordPolygonRequest(AuthKey, polygonWkt, 1, 1);
var actualRequest = JsonConvert.DeserializeObject <SpatialRecordPolygonRequest>(requestContent);
Assert.True(
new GenericEqualityComparer <SpatialRecordPolygonRequest>().Equals(
expectedRequest,
actualRequest));
return(new HttpResponseMessage(HttpStatusCode.OK)
{
Content = new StringContent(
SwsSamples.SpatialRecordSuccess, Encoding.Unicode, "application/json")
});
});
var count = this.sut.GetSpatialRecordParcelCount(AuthKey, polygonWkt);
Assert.Equal(1, count);
}
public void GetSpatialRecordParcelsExcludingNonSolicitationStatesReturnsFilteredResults()
{
var polygonWkt = "POLYGON((-112.04184651374817 43.49312138312793,-112.04257071018219 43.49218348707646,-112.03920185565948 43.49085639765385,-112.03851521015167 43.491767072127324,-112.04184651374817 43.49312138312793))";
var requestCount = 0;
this.fakeResponseHandler.AddFakePostResponse(
new Uri(string.Format(
"{0}parcels",
this.config.Object.EndpointUrl)),
(requestContent) =>
{
requestCount++;
Assert.InRange(requestCount, 1, 2);
var actualRequest = JsonConvert.DeserializeObject <SpatialRecordPolygonRequest>(requestContent);
var expectedRequest = new SpatialRecordPolygonRequest(AuthKey, polygonWkt, requestCount);
Assert.True(
new GenericEqualityComparer <SpatialRecordPolygonRequest>().Equals(
expectedRequest,
actualRequest));
return(new HttpResponseMessage(HttpStatusCode.OK)
{
Content = new StringContent(
(requestCount == 1) ?
SwsSamples.SpatialRecordLargePage1 : SwsSamples.SpatialRecordLargePage2,
Encoding.Unicode,
"application/json")
});
});
var response = this.sut.GetSpatialRecordParcels(AuthKey, polygonWkt, excludeNonSolicitationStates: true);
Assert.Equal(30, response.Length);
}