public void SetUp()
{
_config = new Config("../../Tests/TestConfig.config", "TestConfig");
GeocoderSourceDummy dummy = new GeocoderSourceDummy(_config, "DummyProcessorWithConfig");
_normalizer = new Processors.ScoreNormalizer(_config, "ScoreNormalizerTest");
_zero = new GeocodeCandidate
{
MatchType = "Locator0"
};
_one = new GeocodeCandidate
{
MatchType = "Locator1"
};
_two = new GeocodeCandidate
{
MatchType = "Locator2"
};
List <GeocodeCandidate> candidates = new List <GeocodeCandidate> {
_zero, _one, _two
};
_response = new GeocodeResponse(candidates, dummy);
}
public void PitchCityState()
{
GeocoderSourceDummy dummy = new GeocoderSourceDummy(_config, "DummyProcessorWithConfig");
_typeSelector = new Processors.MatchTypeSelectorProcessor(_config, "MatchTypeSelectorProcessorTest");
_zero = new GeocodeCandidate
{
MatchType = "US_Zip4"
};
_one = new GeocodeCandidate
{
MatchType = "US_CityState"
};
_two = new GeocodeCandidate
{
MatchType = "US_RoofTops"
};
_three = new GeocodeCandidate
{
MatchType = "US_RoofTops"
};
List<GeocodeCandidate> candidates = new List<GeocodeCandidate> { _zero, _one, _two, _three };
_response = new GeocodeResponse(candidates, dummy);
_typeSelector.ProcessResponse(_response);
Assert.AreEqual(3, _response.Count);
Assert.Contains(_zero, _response.Candidates);
Assert.Contains(_two, _response.Candidates);
Assert.Contains(_three, _response.Candidates);
}
private bool IsNotAllowedByMatchType(GeocodeCandidate candidate)
{
string type = candidate.MatchType;
if (!string.IsNullOrEmpty(type) && !_allowedMatchTypes.Contains(type))
{
return true;
}
return false;
}
private bool IsNotAllowedByMatchType(GeocodeCandidate candidate)
{
string type = candidate.MatchType;
if (!string.IsNullOrEmpty(type) && !_allowedMatchTypes.Contains(type))
{
return(true);
}
return(false);
}
/// <summary>
/// Parse the response StandardizedAddress into address parts.
/// </summary>
/// <param name="response">A geocode response.</param>
public void ProcessResponse(GeocodeResponse response)
{
for (int i = 0; i < response.Candidates.Count; i++)
{
GeocodeCandidate candidate = response.Candidates[i];
candidate = Parse(candidate, candidate.StandardizedAddress);
response.Candidates[i] = candidate;
}
}
/// <exclude/>
protected override GeocodeResponse InternalGeocode(GeocodeRequest request)
{
if (request.Address == "340 N 12th St")
{
GeocodeCandidate c = new GeocodeCandidate();
c.Latitude = 238554;
c.Longitude = 2694727;
c.Address = request.Address;
c.PostalCode = "19107";
c.Country = "USA";
return new GeocodeResponse(new[] {c}, this);
}
return new GeocodeResponse(new GeocodeCandidate[] {}, this);
}
/// <exclude/>
protected override GeocodeResponse InternalGeocode(GeocodeRequest request)
{
if (request.Address == "340 N 12th St")
{
GeocodeCandidate c = new GeocodeCandidate();
c.Latitude = 238554;
c.Longitude = 2694727;
c.Address = request.Address;
c.PostalCode = "19107";
c.Country = "USA";
return(new GeocodeResponse(new[] { c }, this));
}
return(new GeocodeResponse(new GeocodeCandidate[] {}, this));
}
public void TestCandidateSort()
{
GeocodeCandidate lowestCandidate = new GeocodeCandidate { StandardizedAddress = "1234 Street Ave", MatchScore = 0.67d };
GeocodeCandidate higherCandidate = new GeocodeCandidate { StandardizedAddress = "5678 Avenue St", MatchScore = 0.83d };
GeocodeCandidate highestCandidate = new GeocodeCandidate { StandardizedAddress = "9876 Boulevard Cyn", MatchScore = 0.99d };
List<GeocodeCandidate> candidates = new List<GeocodeCandidate>();
candidates.Add(higherCandidate);
candidates.Add(lowestCandidate);
candidates.Add(highestCandidate);
candidates.Sort();
Assert.AreEqual(highestCandidate.StandardizedAddress, candidates[0].StandardizedAddress, "Expected different candidate for first value");
Assert.AreEqual(lowestCandidate.StandardizedAddress, candidates[2].StandardizedAddress, "Expected different candidate for last value");
}
public void TestCandidateSort()
{
GeocodeCandidate lowestCandidate = new GeocodeCandidate {
StandardizedAddress = "1234 Street Ave", MatchScore = 0.67d
};
GeocodeCandidate higherCandidate = new GeocodeCandidate {
StandardizedAddress = "5678 Avenue St", MatchScore = 0.83d
};
GeocodeCandidate highestCandidate = new GeocodeCandidate {
StandardizedAddress = "9876 Boulevard Cyn", MatchScore = 0.99d
};
List <GeocodeCandidate> candidates = new List <GeocodeCandidate>();
candidates.Add(higherCandidate);
candidates.Add(lowestCandidate);
candidates.Add(highestCandidate);
candidates.Sort();
Assert.AreEqual(highestCandidate.StandardizedAddress, candidates[0].StandardizedAddress, "Expected different candidate for first value");
Assert.AreEqual(lowestCandidate.StandardizedAddress, candidates[2].StandardizedAddress, "Expected different candidate for last value");
}
public void PitchCityState()
{
GeocoderSourceDummy dummy = new GeocoderSourceDummy(_config, "DummyProcessorWithConfig");
_typeSelector = new Processors.MatchTypeSelectorProcessor(_config, "MatchTypeSelectorProcessorTest");
_zero = new GeocodeCandidate
{
MatchType = "US_Zip4"
};
_one = new GeocodeCandidate
{
MatchType = "US_CityState"
};
_two = new GeocodeCandidate
{
MatchType = "US_RoofTops"
};
_three = new GeocodeCandidate
{
MatchType = "US_RoofTops"
};
List <GeocodeCandidate> candidates = new List <GeocodeCandidate> {
_zero, _one, _two, _three
};
_response = new GeocodeResponse(candidates, dummy);
_typeSelector.ProcessResponse(_response);
Assert.AreEqual(3, _response.Count);
Assert.Contains(_zero, _response.Candidates);
Assert.Contains(_two, _response.Candidates);
Assert.Contains(_three, _response.Candidates);
}
private static GeocodeCandidate XMLCandidate2GeocodeCandidate(XmlNode XMLCandidate)
{
GeocodeCandidate curCandidate = new GeocodeCandidate();
curCandidate.RawData = XMLCandidate.InnerXml;
//Test for presence of each tag. If it exists, assign it to appropriate value in Geocode Candidate object.
//Accuracy - Actually the Gecode *level* of the geocode. Invert.
//0 Unknown location.
//1 Country level accuracy.
//2 Region (state, province, prefecture, etc.) level accuracy.
//3 Sub-region (county, municipality, etc.) level accuracy.
//4 Town (city, village) level accuracy.
//5 Post code (zip code) level accuracy.
//6 Street level accuracy.
//7 Intersection level accuracy.
//8 Address level accuracy.
//9 Premise (building name, etc) level accuracy
XmlElement addressDetailsNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::AddressDetails");
if (addressDetailsNode != null)
{
string accuracy = addressDetailsNode.GetAttribute("Accuracy");
curCandidate.MatchScore = Convert.ToDouble(accuracy);
switch (accuracy) /* Set our MatchType string from Google's list */
{
case "0":
curCandidate.MatchType = "Unknown";
break;
case "1":
curCandidate.MatchType = "Country";
break;
case "2":
curCandidate.MatchType = "Region";
break;
case "3":
curCandidate.MatchType = "Sub-Region";
break;
case "4":
curCandidate.MatchType = "Town";
break;
case "5":
curCandidate.MatchType = "Post code";
break;
case "6":
curCandidate.MatchType = "Street";
break;
case "7":
curCandidate.MatchType = "Intersection";
break;
case "8":
curCandidate.MatchType = "Address";
break;
case "9":
curCandidate.MatchType = "Premise";
break;
}
}
//Standardized Address
XmlElement standardAddressNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::address");
if (standardAddressNode != null)
{
curCandidate.StandardizedAddress = standardAddressNode.InnerText;
}
//Address
XmlElement addressNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::ThoroughfareName");
if (addressNode != null)
{
curCandidate.Address = addressNode.InnerText;
}
//City
XmlElement cityNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::LocalityName");
if (cityNode != null)
{
curCandidate.City = cityNode.InnerText;
}
//State
XmlElement stateNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::AdministrativeAreaName");
if (stateNode != null)
{
curCandidate.State = stateNode.InnerText;
}
//PostalCode
XmlElement postalNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::PostalCodeNumber");
if (postalNode != null)
{
curCandidate.PostalCode = postalNode.InnerText;
}
//latLong
XmlElement latLongNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::Point/coordinates");
if (latLongNode != null)
{
string latLong = latLongNode.InnerText;
string[] location = latLong.Split(',');
curCandidate.Longitude = Convert.ToDouble(location[0]);
curCandidate.Latitude = Convert.ToDouble(location[1]);
}
return(curCandidate);
}
private static GeocodeCandidate XMLCandidate2GeocodeCandidate(XmlNode XMLCandidate)
{
var candidate = new GeocodeCandidate
{
RawData = XMLCandidate.InnerXml,
MatchType = ChildNodeText(XMLCandidate, "type"),
StandardizedAddress = ChildNodeText(XMLCandidate, "formatted_address")
};
switch (candidate.MatchType)
{
case "street_address":
case "premise":
case "intersection":
case "route":
candidate.Address = candidate.StandardizedAddress.Split(',')[0];
break;
case "point_of_interest":
// Points of interest look like this
// Union Station, 1 Main Street, Burlington, VT 05401, USA
// We want the second CSV value
candidate.Address = candidate.StandardizedAddress.Split(',')[1];
break;
default:
candidate.Address = "";
break;
}
var locationNode = XMLCandidate.SelectSingleNode("//location");
if (locationNode != null)
{
candidate.Longitude = Convert.ToDouble(ChildNodeText(locationNode, "lng"));
candidate.Latitude = Convert.ToDouble(ChildNodeText(locationNode, "lat"));
}
var componentNodes = XMLCandidate.SelectNodes("//address_component");
if (componentNodes != null)
{
foreach (XmlNode componentNode in componentNodes)
{
var componentType = ChildNodeText(componentNode, "type");
var value = ChildNodeText(componentNode, "long_name");
switch (componentType)
{
case "street_address": // indicates a precise street address.
break;
case "route": // indicates a named route (such as "US 101").
break;
case "intersection": // indicates a major intersection, usually of two major roads.
break;
case "street_number": // indicates a major intersection, usually of two major roads.
break;
case "country": // indicates the national political entity, and is typically the highest order type returned by the Geocoder.
candidate.Country = value;
break;
case "administrative_area_level_1": // indicates a first-order civil entity below the country level. Within the United States, these administrative levels are states. Not all nations exhibit these administrative levels.
candidate.State = value;
break;
case "administrative_area_level_2": // indicates a second-order civil entity below the country level. Within the United States, these administrative levels are counties. Not all nations exhibit these administrative levels.
break;
case "administrative_area_level_3": // indicates a third-order civil entity below the country level. This type indicates a minor civil division. Not all nations exhibit these administrative levels.
break;
case "colloquial_area": // indicates a commonly-used alternative name for the entity.
break;
case "locality": // indicates an incorporated city or town political entity.
candidate.City = value;
break;
case "sublocality": // indicates a first-order civil entity below a locality. For some locations may receive one of the additional types: sublocality_level_1 through to sublocality_level_5. Each sublocality level is a civil entity. Larger numbers indicate a smaller geographic area.
break;
case "neighborhood": // indicates a named neighborhood
break;
case "premise": // indicates a named location, usually a building or collection of buildings with a common name
break;
case "subpremise": // indicates a first-order entity below a named location, usually a singular building within a collection of buildings with a common name
break;
case "postal_code": // indicates a postal code as used to address postal mail within the country.
candidate.PostalCode = value;
break;
case "natural_feature": // indicates a prominent natural feature.
break;
case "airport": // indicates an airport.
break;
case "park": // indicates a named park.
break;
case "point_of_interest": // indicates a named point of interest. Typically, these "POI"s are prominent local entities that don't easily fit in another category such as "Empire State Building" or "Statue of Liberty."
break;
}
}
}
candidate.MatchScore = ScoreCandidate(XMLCandidate);
return candidate;
}
private static GeocodeCandidate XMLCandidate2GeocodeCandidate(XmlNode XMLCandidate)
{
var candidate = new GeocodeCandidate
{
RawData = XMLCandidate.InnerXml,
MatchType = ChildNodeText(XMLCandidate, "type"),
StandardizedAddress = ChildNodeText(XMLCandidate, "formatted_address")
};
switch (candidate.MatchType)
{
case "street_address":
case "premise":
case "intersection":
case "route":
candidate.Address = candidate.StandardizedAddress.Split(',')[0];
break;
case "point_of_interest":
// Points of interest look like this
// Union Station, 1 Main Street, Burlington, VT 05401, USA
// We want the second CSV value
candidate.Address = candidate.StandardizedAddress.Split(',')[1];
break;
default:
candidate.Address = "";
break;
}
var locationNode = XMLCandidate.SelectSingleNode("//location");
if (locationNode != null)
{
candidate.Longitude = Convert.ToDouble(ChildNodeText(locationNode, "lng"));
candidate.Latitude = Convert.ToDouble(ChildNodeText(locationNode, "lat"));
}
var componentNodes = XMLCandidate.SelectNodes("//address_component");
if (componentNodes != null)
{
foreach (XmlNode componentNode in componentNodes)
{
var componentType = ChildNodeText(componentNode, "type");
var value = ChildNodeText(componentNode, "long_name");
switch (componentType)
{
case "street_address": // indicates a precise street address.
break;
case "route": // indicates a named route (such as "US 101").
break;
case "intersection": // indicates a major intersection, usually of two major roads.
break;
case "street_number": // indicates a major intersection, usually of two major roads.
break;
case "country": // indicates the national political entity, and is typically the highest order type returned by the Geocoder.
candidate.Country = value;
break;
case "administrative_area_level_1": // indicates a first-order civil entity below the country level. Within the United States, these administrative levels are states. Not all nations exhibit these administrative levels.
candidate.State = value;
break;
case "administrative_area_level_2": // indicates a second-order civil entity below the country level. Within the United States, these administrative levels are counties. Not all nations exhibit these administrative levels.
break;
case "administrative_area_level_3": // indicates a third-order civil entity below the country level. This type indicates a minor civil division. Not all nations exhibit these administrative levels.
break;
case "colloquial_area": // indicates a commonly-used alternative name for the entity.
break;
case "locality": // indicates an incorporated city or town political entity.
candidate.City = value;
break;
case "sublocality": // indicates a first-order civil entity below a locality. For some locations may receive one of the additional types: sublocality_level_1 through to sublocality_level_5. Each sublocality level is a civil entity. Larger numbers indicate a smaller geographic area.
break;
case "neighborhood": // indicates a named neighborhood
break;
case "premise": // indicates a named location, usually a building or collection of buildings with a common name
break;
case "subpremise": // indicates a first-order entity below a named location, usually a singular building within a collection of buildings with a common name
break;
case "postal_code": // indicates a postal code as used to address postal mail within the country.
candidate.PostalCode = value;
break;
case "natural_feature": // indicates a prominent natural feature.
break;
case "airport": // indicates an airport.
break;
case "park": // indicates a named park.
break;
case "point_of_interest": // indicates a named point of interest. Typically, these "POI"s are prominent local entities that don't easily fit in another category such as "Empire State Building" or "Statue of Liberty."
break;
}
}
}
candidate.MatchScore = ScoreCandidate(XMLCandidate);
return(candidate);
}
public void SetUp()
{
_config = new Config("../../Tests/TestConfig.config", "TestConfig");
GeocoderSourceDummy dummy = new GeocoderSourceDummy(_config, "DummyProcessorWithConfig");
_normalizer = new Processors.ScoreNormalizer(_config, "ScoreNormalizerTest");
_zero = new GeocodeCandidate
{
MatchType = "Locator0"
};
_one = new GeocodeCandidate
{
MatchType = "Locator1"
};
_two = new GeocodeCandidate
{
MatchType = "Locator2"
};
List<GeocodeCandidate> candidates = new List<GeocodeCandidate>{_zero, _one, _two};
_response = new GeocodeResponse(candidates, dummy);
}
private static IList<GeocodeCandidate> CSVList2GeocodeCandidates(string csvList)
{
IList<GeocodeCandidate> candidates = new List<GeocodeCandidate>();
string[] strSplit = new string[1];
strSplit[0] = "\r\n";
string[] strCandidates = csvList.Split(strSplit, StringSplitOptions.RemoveEmptyEntries);
if (strCandidates.Length == 0) return candidates;
//check for unfound address
if (strCandidates[0].Contains("couldn't find this address")) return candidates;
foreach (string strCandidate in strCandidates)
{
string[] splitCandidate = strCandidate.Split(',');
GeocodeCandidate curCandidate = new GeocodeCandidate();
string[] parse = splitCandidate[0].Split('=');
curCandidate.Latitude = Convert.ToDouble(parse[1]);
parse = splitCandidate[1].Split('=');
curCandidate.Longitude = Convert.ToDouble(parse[1]);
curCandidate.Address = "";
parse = splitCandidate[2].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[3].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[4].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[5].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[6].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
//Remove trailing space
if (curCandidate.Address.Length > 0) curCandidate.Address = curCandidate.Address.Remove(curCandidate.Address.Length - 1, 1);
parse = splitCandidate[7].Split('=');
if (parse.Length > 1)
{
curCandidate.City = parse[1];
}
parse = splitCandidate[8].Split('=');
if (parse.Length > 1)
{
curCandidate.State = parse[1];
}
parse = splitCandidate[9].Split('=');
if (parse.Length > 1)
{
curCandidate.PostalCode = parse[1];
}
curCandidate.RawData = strCandidate;
curCandidate.StandardizedAddress = curCandidate.Address + ", " + curCandidate.City + " " + curCandidate.State + ", " + curCandidate.PostalCode;
candidates.Add(curCandidate);
}
return candidates;
}
private static IList <GeocodeCandidate> CSVList2GeocodeCandidates(string csvList)
{
IList <GeocodeCandidate> candidates = new List <GeocodeCandidate>();
string[] strSplit = new string[1];
strSplit[0] = "\r\n";
string[] strCandidates = csvList.Split(strSplit, StringSplitOptions.RemoveEmptyEntries);
if (strCandidates.Length == 0)
{
return(candidates);
}
//check for unfound address
if (strCandidates[0].Contains("couldn't find this address"))
{
return(candidates);
}
foreach (string strCandidate in strCandidates)
{
string[] splitCandidate = strCandidate.Split(',');
GeocodeCandidate curCandidate = new GeocodeCandidate();
string[] parse = splitCandidate[0].Split('=');
curCandidate.Latitude = Convert.ToDouble(parse[1]);
parse = splitCandidate[1].Split('=');
curCandidate.Longitude = Convert.ToDouble(parse[1]);
curCandidate.Address = "";
parse = splitCandidate[2].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[3].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[4].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[5].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
parse = splitCandidate[6].Split('=');
if (parse.Length > 1)
{
curCandidate.Address += parse[1] + " ";
}
//Remove trailing space
if (curCandidate.Address.Length > 0)
{
curCandidate.Address = curCandidate.Address.Remove(curCandidate.Address.Length - 1, 1);
}
parse = splitCandidate[7].Split('=');
if (parse.Length > 1)
{
curCandidate.City = parse[1];
}
parse = splitCandidate[8].Split('=');
if (parse.Length > 1)
{
curCandidate.State = parse[1];
}
parse = splitCandidate[9].Split('=');
if (parse.Length > 1)
{
curCandidate.PostalCode = parse[1];
}
curCandidate.RawData = strCandidate;
curCandidate.StandardizedAddress = curCandidate.Address + ", " + curCandidate.City + " " + curCandidate.State + ", " + curCandidate.PostalCode;
candidates.Add(curCandidate);
}
return(candidates);
}
private static GeocodeCandidate XMLCandidate2GeocodeCandidate(XmlNode XMLCandidate)
{
GeocodeCandidate curCandidate = new GeocodeCandidate();
curCandidate.RawData = XMLCandidate.InnerXml;
//Test for presence of each tag. If it exists, assign it to appropriate value in Geocode Candidate object.
//Accuracy - Actually the Gecode *level* of the geocode. Invert.
//0 Unknown location.
//1 Country level accuracy.
//2 Region (state, province, prefecture, etc.) level accuracy.
//3 Sub-region (county, municipality, etc.) level accuracy.
//4 Town (city, village) level accuracy.
//5 Post code (zip code) level accuracy.
//6 Street level accuracy.
//7 Intersection level accuracy.
//8 Address level accuracy.
//9 Premise (building name, etc) level accuracy
XmlElement addressDetailsNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::AddressDetails");
if (addressDetailsNode != null)
{
string accuracy = addressDetailsNode.GetAttribute("Accuracy");
curCandidate.MatchScore = Convert.ToDouble(accuracy);
switch (accuracy) /* Set our MatchType string from Google's list */
{
case "0":
curCandidate.MatchType = "Unknown";
break;
case "1":
curCandidate.MatchType = "Country";
break;
case "2":
curCandidate.MatchType = "Region";
break;
case "3":
curCandidate.MatchType = "Sub-Region";
break;
case "4":
curCandidate.MatchType = "Town";
break;
case "5":
curCandidate.MatchType = "Post code";
break;
case "6":
curCandidate.MatchType = "Street";
break;
case "7":
curCandidate.MatchType = "Intersection";
break;
case "8":
curCandidate.MatchType = "Address";
break;
case "9":
curCandidate.MatchType = "Premise";
break;
}
}
//Standardized Address
XmlElement standardAddressNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::address");
if (standardAddressNode != null) curCandidate.StandardizedAddress = standardAddressNode.InnerText;
//Address
XmlElement addressNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::ThoroughfareName");
if (addressNode != null) curCandidate.Address = addressNode.InnerText;
//City
XmlElement cityNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::LocalityName");
if (cityNode != null) curCandidate.City = cityNode.InnerText;
//State
XmlElement stateNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::AdministrativeAreaName");
if (stateNode != null) curCandidate.State = stateNode.InnerText;
//PostalCode
XmlElement postalNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::PostalCodeNumber");
if (postalNode != null) curCandidate.PostalCode = postalNode.InnerText;
//latLong
XmlElement latLongNode = (XmlElement)XMLCandidate.SelectSingleNode("descendant::Point/coordinates");
if (latLongNode != null)
{
string latLong = latLongNode.InnerText;
string[] location = latLong.Split(',');
curCandidate.Longitude = Convert.ToDouble(location[0]);
curCandidate.Latitude = Convert.ToDouble(location[1]);
}
return curCandidate;
}
