public GetRecordsType GetRecordsFreeTextSearch(string searchString, int startPosition = 1, int limit = 20, bool sortByTitle = false, string outputSchema = "csw:Record")
{
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "AnyText" }
},
Literal = new LiteralType {
Text = new[] { searchString }
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
return(GetRecordsWithFilter(filters, filterNames, startPosition, limit, sortByTitle, outputSchema));
}
public GetRecordsType GetRecordsOrganisationMetadataPointOfContactSearch(string searchString, int startPosition = 1, int limit = 20, bool sortByTitle = false)
{
searchString = searchString.Replace(" ", "_");
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "MetadataPointOfContact" }
},
Literal = new LiteralType {
Text = new[] { searchString }
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
return(GetRecordsWithFilter(filters, filterNames, startPosition, limit, sortByTitle));
}
public SearchResultsType SearchMetadata(string searchString)
{
GeoNorge g = new GeoNorge("", "", WebConfigurationManager.AppSettings["GeoNetworkUrl"]);
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "srv:title" }
},
Literal = new LiteralType {
Text = new[] { searchString }
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
var result = g.SearchWithFilters(filters, filterNames, 1, 200, true);
return(result);
}
public SearchResultsType GetDatasets()
{
GeoNorge _geoNorge = new GeoNorge("", "", WebConfigurationManager.AppSettings["GeoNetworkUrl"] + geoNetworkendPoint);
_geoNorge.OnLogEventDebug += new GeoNorgeAPI.LogEventHandlerDebug(LogEventsDebug);
_geoNorge.OnLogEventError += new GeoNorgeAPI.LogEventHandlerError(LogEventsError);
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "protocol" }
},
Literal = new LiteralType {
Text = new[] { "GEONORGE:DOWNLOAD" }
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
var result = _geoNorge.SearchWithFilters(filters, filterNames, 1, 1000, false);
return(result);
}
private FilterType CreateFilterForNorwayDigital()
{
var filters = new object[]
{
new BinaryLogicOpType()
{
Items = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "keyword" }
},
Literal = new LiteralType {
Text = new[] { "Inspire" }
}
},
new PropertyIsLikeType
{
PropertyName = new PropertyNameType {
Text = new[] { "keyword" }
},
Literal = new LiteralType {
Text = new[] { "Norge digitalt" }
}
}
},
ItemsElementName = new ItemsChoiceType22[]
{
ItemsChoiceType22.PropertyIsLike, ItemsChoiceType22.PropertyIsLike,
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.Or
};
return(new FilterType
{
Items = filters,
ItemsElementName = filterNames
});
}
public void ShouldReturnServicesFromKartverket()
{
var filters = new object[]
{
new BinaryLogicOpType()
{
Items = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "OrganisationName" }
},
Literal = new LiteralType {
Text = new[] { "%Kartverket%" }
}
},
new PropertyIsLikeType
{
PropertyName = new PropertyNameType {
Text = new[] { "Type" }
},
Literal = new LiteralType {
Text = new[] { "service" }
}
}
},
ItemsElementName = new ItemsChoiceType22[]
{
ItemsChoiceType22.PropertyIsLike, ItemsChoiceType22.PropertyIsLike,
}
},
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.And
};
var result = _geonorge.SearchWithFilters(filters, filterNames);
Assert.Greater(int.Parse(result.numberOfRecordsMatched), 0, "Should have return more than zero datasets from Kartverket.");
}
internal GetRecordsType GetRecordsFreeTextOrganisationMetadataPointOfContactSearch(string searchString, string organisationName, int startPosition, int limit, bool sortByTitle)
{
organisationName = organisationName.Replace(" ", "_");
var filters = new object[]
{
new BinaryLogicOpType {
ItemsElementName = new ItemsChoiceType22[] { ItemsChoiceType22.PropertyIsLike, ItemsChoiceType22.PropertyIsLike },
Items = new object[] {
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "AnyText" }
},
Literal = new LiteralType {
Text = new[] { searchString }
}
},
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "MetadataPointOfContact" }
},
Literal = new LiteralType {
Text = new[] { organisationName }
}
}
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.And
};
return(GetRecordsWithFilter(filters, filterNames, startPosition, limit, sortByTitle));
}
public SearchResultsType GetDatasets()
{
GeoNorge _geoNorge = new GeoNorge("", "", WebConfigurationManager.AppSettings["GeoNetworkUrl"] + geoNetworkendPoint);
_geoNorge.OnLogEventDebug += new GeoNorgeAPI.LogEventHandlerDebug(LogEventsDebug);
_geoNorge.OnLogEventError += new GeoNorgeAPI.LogEventHandlerError(LogEventsError);
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {
Text = new[] { "keyword" }
},
Literal = new LiteralType {
Text = new[] { "fellesDatakatalog" }
}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
var stopwatch = new Stopwatch();
stopwatch.Start();
var result = _geoNorge.SearchWithFilters(filters, filterNames, 1, 1000, false);
stopwatch.Stop();
Log.Debug($"Looking up metadata from GeonorgeApi [timespent={stopwatch.ElapsedMilliseconds}ms]");
return(result);
}
private FilterType CreateFilterForServices()
{
var filters = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {Text = new[] {"type"}},
Literal = new LiteralType {Text = new[] { "service" }}
}
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.PropertyIsLike,
};
return new FilterType
{
Items = filters,
ItemsElementName = filterNames
};
}
/// <summary>
/// Search for records with an arbitrary number of filters.
/// </summary>
/// <param name="filters">See www.opengis.net.FilterType for the type objects that are accepted</param>
/// <param name="filterNames">Array of names corresponding to the index in filters, see www.opengis.net.ItemsChoiceType23 for possible values</param>
/// <param name="startPosition">Search offset for pagination of results</param>
/// <param name="limit">Maximum number of records to return</param>
/// <param name="sortByTitle">Sort results by title, default value is false</param>
/// <returns>Results returned in Dublin Core format (www.opengis.net.RecordType objects).</returns>
public SearchResultsType SearchWithFilters(object[] filters, ItemsChoiceType23[] filterNames, int startPosition = 1, int limit = 20, bool sortByTitle = false)
{
GetRecordsType request = _requestFactory.GetRecordsWithFilter(filters, filterNames, startPosition, limit, sortByTitle);
return _requestRunner.RunGetRecordsRequest(request).SearchResults;
}
public void ShouldReturnServicesFromKartverket()
{
var filters = new object[]
{
new BinaryLogicOpType()
{
Items = new object[]
{
new PropertyIsLikeType
{
escapeChar = "\\",
singleChar = "_",
wildCard = "%",
PropertyName = new PropertyNameType {Text = new[] {"OrganisationName"}},
Literal = new LiteralType {Text = new[] { "%Kartverket%" }}
},
new PropertyIsLikeType
{
PropertyName = new PropertyNameType {Text = new[] {"Type"}},
Literal = new LiteralType {Text = new[] { "service" }}
}
},
ItemsElementName = new ItemsChoiceType22[]
{
ItemsChoiceType22.PropertyIsLike, ItemsChoiceType22.PropertyIsLike,
}
},
};
var filterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.And
};
var result = _geonorge.SearchWithFilters(filters, filterNames);
Assert.Greater(int.Parse(result.numberOfRecordsMatched), 0, "Should have return more than zero datasets from Kartverket.");
}
private static void SearchForServicesFromKartverket()
{
var searchFilter = new object[]
{
new BinaryLogicOpType()
{
Items = new object[]
{
new PropertyIsLikeType
{
PropertyName = new PropertyNameType {Text = new[] {"OrganisationName"}},
Literal = new LiteralType {Text = new[] { "Kartverket" }}
},
new PropertyIsLikeType
{
PropertyName = new PropertyNameType {Text = new[] {"Type"}},
Literal = new LiteralType {Text = new[] { "service" }}
}
},
ItemsElementName = new ItemsChoiceType22[]
{
ItemsChoiceType22.PropertyIsLike, ItemsChoiceType22.PropertyIsLike,
}
},
};
var searchFilterNames = new ItemsChoiceType23[]
{
ItemsChoiceType23.And
};
SearchResultsType searchResults = _api.SearchWithFilters(searchFilter, searchFilterNames);
List<CswMetadataEntry> metadataEntries = ParseSearchResults(searchResults);
metadataEntries.ForEach(System.Console.WriteLine);
}