private string GetSpeciesString(WEB_BIOTOPE biotope)
{
var species = new List <string>();
foreach (var grabSpecies in biotope.WEB_BIOT_SPECIES_GRAB)
{
var formattedSpecies = Regex.Replace(grabSpecies.ITEM_NAME, htmlTagRegex, String.Empty);
if (!species.Contains(formattedSpecies))
{
species.Add(formattedSpecies);
}
}
foreach (var observationSpecies in biotope.WEB_BIOT_SPECIES_OBSERVATION)
{
var formattedSpecies = Regex.Replace(observationSpecies.ITEM_NAME, htmlTagRegex, String.Empty);
if (!species.Contains(formattedSpecies))
{
species.Add(formattedSpecies);
}
}
return(string.Join(", ", species));
}
private object[] GetKeywords(WEB_BIOTOPE biotope)
{
var rootBiotope = GetRootBiotope(biotope.WEB_BIOTOPE_HIERARCHY);
if (!string.IsNullOrWhiteSpace(rootBiotope))
{
return(new[]
{
new
{
vocab = "http://vocab.jncc.gov.uk/mhc",
value = "biotope"
},
new
{
vocab = "http://vocab.jncc.gov.uk/mhc",
value = rootBiotope
}
});
}
else
{
return(new[]
{
new
{
vocab = "http://vocab.jncc.gov.uk/mhc",
value = "biotope"
}
});
}
}
private object GetBiotopeDto(WEB_BIOTOPE biotope)
{
var biotopeDto = new
{
BiotopeKey = biotope.BIOTOPE_KEY,
OriginalCode = biotope.ORIGINAL_CODE,
FullTerm = biotope.FULL_TERM,
Description = biotope.DESCRIPTION,
SpecialFeatures = biotope.SPECIAL_FEATURES,
TemporalVariation = biotope.TEMPORAL_VARIATION,
Situation = biotope.SITUATION,
FrequencyKey = biotope.FREQUENCY_KEY,
Frequency = biotope.FREQUENCY,
Landscape = biotope.LANDSCAPE,
Salinity = biotope.SALINITY,
Height = biotope.HEIGHT,
Exposure = biotope.EXPOSURE,
TidalStreams = biotope.TIDAL_STREAMS,
Substratum = biotope.SUBSTRATUM,
Subzone = biotope.SUBZONE,
SortCode = biotope.SORT_CODE,
SensitivityAssessment = biotope.SENSITIVITY_ASSESSMENT,
DerivedFrom = biotope.DERIVED_FROM,
FaunalGroup = biotope.FAUNAL_GROUP
};
return(biotopeDto);
}
