public RangeFacetCountCollector(string name, FacetDataCache dataCache, int docBase, FacetSpec ospec, IList <string> predefinedRanges)
{
m_name = name;
m_dataCache = dataCache;
m_countLength = m_dataCache.Freqs.Length;
m_count = new LazyBigInt32Array(m_countLength);
m_array = m_dataCache.OrderArray;
m_ospec = ospec;
if (predefinedRanges != null)
{
m_predefinedRanges = new TermStringList();
predefinedRanges.Sort();
m_predefinedRanges.AddAll(predefinedRanges);
}
else
{
m_predefinedRanges = null;
}
if (m_predefinedRanges != null)
{
m_predefinedRangeIndexes = new int[m_predefinedRanges.Count][];
int i = 0;
foreach (string range in this.m_predefinedRanges)
{
m_predefinedRangeIndexes[i++] = FacetRangeFilter.Parse(this.m_dataCache, range);
}
}
}
public RangeFacetCountCollector(string name, FacetDataCache dataCache, int docBase, FacetSpec ospec, IEnumerable<string> predefinedRanges)
{
_name = name;
_dataCache = dataCache;
_countLength = _dataCache.Freqs.Length;
_count = new LazyBigIntArray(_countLength);
_array = _dataCache.OrderArray;
_docBase = docBase;
_ospec = ospec;
if (predefinedRanges != null)
{
_predefinedRanges = new TermStringList();
var tempList = new List<string>(predefinedRanges);
tempList.Sort();
_predefinedRanges.AddAll(tempList);
}
else
{
_predefinedRanges = null;
}
if (_predefinedRanges != null)
{
_predefinedRangeIndexes = new int[_predefinedRanges.Count()][];
int i = 0;
foreach (string range in this._predefinedRanges)
{
_predefinedRangeIndexes[i++] = FacetRangeFilter.Parse(this._dataCache, range);
}
}
}
public RangeFacetCountCollector(string name, FacetDataCache dataCache, int docBase, FacetSpec ospec, IEnumerable <string> predefinedRanges)
{
_name = name;
_dataCache = dataCache;
_countLength = _dataCache.Freqs.Length;
_count = new LazyBigIntArray(_countLength);
_array = _dataCache.OrderArray;
_docBase = docBase;
_ospec = ospec;
if (predefinedRanges != null)
{
_predefinedRanges = new TermStringList();
var tempList = new List <string>(predefinedRanges);
tempList.Sort();
_predefinedRanges.AddAll(tempList);
}
else
{
_predefinedRanges = null;
}
if (_predefinedRanges != null)
{
_predefinedRangeIndexes = new int[_predefinedRanges.Count()][];
int i = 0;
foreach (string range in this._predefinedRanges)
{
_predefinedRangeIndexes[i++] = FacetRangeFilter.Parse(this._dataCache, range);
}
}
}
public void TestTermStringListAddWrongOrder()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add(null);
tsl1.Add("m");
try
{
tsl1.Add("a");
}
catch (Exception e)
{
Assert.True(e.Message.Contains("ascending order"), "There should be an exception and the message contains ascending order");
return;
}
Assert.Fail("There should be an exception and the message contains ascending order");
}
public void TestTermStringListAddWrongOrder()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add(null);
tsl1.Add("m");
try
{
tsl1.Add("a");
}
catch (Exception e)
{
Assert.True(e.Message.Contains("ascending order"), "There should be an exception and the message contains ascending order");
return;
}
Assert.Fail("There should be an exception and the message contains ascending order");
}
public void TestTermStringListAddCorrectOrder()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add(null);
tsl1.Add("");
try
{
tsl1.Add("m");
tsl1.Add("s");
tsl1.Add("t");
}
catch (Exception e)
{
Assert.False(e.Message.Contains("ascending order"), "There should NOT be an exception and the message contains ascending order");
return;
}
tsl1.Seal();
Assert.AreEqual(1, tsl1.IndexOf(""), "Should skip index 0 which is used for dummy null");
}
public GeoSimpleFacetCountCollector(string name, FacetDataCache latDataCache, FacetDataCache longDataCache, int docBase, FacetSpec spec, IEnumerable <string> predefinedRanges)
{
_name = name;
_latDataCache = latDataCache;
_longDataCache = longDataCache;
_latCount = new int[_latDataCache.Freqs.Length];
_longCount = new int[_longDataCache.Freqs.Length];
log.Info("latCount: " + _latDataCache.Freqs.Length + " longCount: " + _longDataCache.Freqs.Length);
_latOrderArray = _latDataCache.OrderArray;
_longOrderArray = _longDataCache.OrderArray;
_docBase = docBase;
_spec = spec;
_predefinedRanges = new TermStringList();
var predefinedRangesTemp = new List <string>(predefinedRanges);
predefinedRangesTemp.Sort();
_predefinedRanges.AddAll(predefinedRangesTemp);
if (predefinedRanges != null)
{
_latPredefinedRangeIndexes = new int[_predefinedRanges.Count][];
for (int j = 0; j < _latPredefinedRangeIndexes.Length; j++)
{
_latPredefinedRangeIndexes[j] = new int[2];
}
_longPredefinedRangeIndexes = new int[_predefinedRanges.Count][];
for (int j = 0; j < _longPredefinedRangeIndexes.Length; j++)
{
_longPredefinedRangeIndexes[j] = new int[2];
}
int i = 0;
foreach (string range in _predefinedRanges)
{
int[] ranges = GeoSimpleFacetFilter.Parse(_latDataCache, _longDataCache, range);
_latPredefinedRangeIndexes[i][0] = ranges[0]; // latStart
_latPredefinedRangeIndexes[i][1] = ranges[1]; // latEnd
_longPredefinedRangeIndexes[i][0] = ranges[2]; // longStart
_longPredefinedRangeIndexes[i][1] = ranges[3]; // longEnd
i++;
}
}
}
public void TestTermStringListAddCorrectOrder()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add(null);
tsl1.Add("");
try
{
tsl1.Add("m");
tsl1.Add("s");
tsl1.Add("t");
}
catch (Exception e)
{
Assert.False(e.Message.Contains("ascending order"), "There should NOT be an exception and the message contains ascending order");
return;
}
tsl1.Seal();
Assert.AreEqual(1, tsl1.IndexOf(""), "Should skip index 0 which is used for dummy null");
}
public GeoSimpleFacetCountCollector(string name, FacetDataCache latDataCache, FacetDataCache longDataCache, int docBase, FacetSpec spec, IEnumerable<string> predefinedRanges)
{
_name = name;
_latDataCache = latDataCache;
_longDataCache = longDataCache;
_latCount = new int[_latDataCache.Freqs.Length];
_longCount = new int[_longDataCache.Freqs.Length];
log.Info("latCount: " + _latDataCache.Freqs.Length + " longCount: " + _longDataCache.Freqs.Length);
_latOrderArray = _latDataCache.OrderArray;
_longOrderArray = _longDataCache.OrderArray;
_docBase = docBase;
_spec = spec;
_predefinedRanges = new TermStringList();
var predefinedRangesTemp = new List<string>(predefinedRanges);
predefinedRangesTemp.Sort();
_predefinedRanges.AddAll(predefinedRangesTemp);
if (predefinedRanges != null)
{
_latPredefinedRangeIndexes = new int[_predefinedRanges.Count][];
for (int j = 0; j < _latPredefinedRangeIndexes.Length; j++)
{
_latPredefinedRangeIndexes[j] = new int[2];
}
_longPredefinedRangeIndexes = new int[_predefinedRanges.Count][];
for (int j = 0; j < _longPredefinedRangeIndexes.Length; j++)
{
_longPredefinedRangeIndexes[j] = new int[2];
}
int i = 0;
foreach (string range in _predefinedRanges)
{
int[] ranges = GeoSimpleFacetFilter.Parse(_latDataCache, _longDataCache, range);
_latPredefinedRangeIndexes[i][0] = ranges[0]; // latStart
_latPredefinedRangeIndexes[i][1] = ranges[1]; // latEnd
_longPredefinedRangeIndexes[i][0] = ranges[2]; // longStart
_longPredefinedRangeIndexes[i][1] = ranges[3]; // longEnd
i++;
}
}
}
public BucketFacetCountCollector(string name, DefaultFacetCountCollector subCollector, FacetSpec ospec, IDictionary<string, string[]> predefinedBuckets, int numdocs)
{
_name = name;
_subCollector = subCollector;
_ospec = ospec;
_numdocs = numdocs;
_predefinedBuckets = predefinedBuckets;
_collapsedCounts = null;
_bucketValues = new TermStringList();
_bucketValues.Add("");
List<string> bucketArray = _predefinedBuckets.Keys.ToList();
bucketArray.Sort();
foreach (string bucket in bucketArray)
{
_bucketValues.Add(bucket);
}
_bucketValues.Seal();
}
public BucketFacetCountCollector(string name, DefaultFacetCountCollector subCollector, FacetSpec ospec, IDictionary <string, string[]> predefinedBuckets, int numdocs)
{
m_name = name;
m_subCollector = subCollector;
m_ospec = ospec;
m_numdocs = numdocs;
m_predefinedBuckets = predefinedBuckets;
m_collapsedCounts = null;
m_bucketValues = new TermStringList();
m_bucketValues.Add("");
List <string> bucketArray = m_predefinedBuckets.Keys.ToList();
bucketArray.Sort();
foreach (string bucket in bucketArray)
{
m_bucketValues.Add(bucket);
}
m_bucketValues.Seal();
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="name">name of the Geo Facet</param>
/// <param name="dataCache">The data cache for the Geo Facet</param>
/// <param name="docBase">the base doc id</param>
/// <param name="fspec">the facet spec for this facet</param>
/// <param name="predefinedRanges">List of ranges, where each range looks like <lat, lon: rad></param>
/// <param name="miles">variable to specify if the geo distance calculations are in miles. False indicates distance calculation is in kilometers</param>
public GeoFacetCountCollector(string name, GeoFacetHandler.GeoFacetData dataCache, int docBase,
FacetSpec fspec, IList <string> predefinedRanges, bool miles)
{
m_name = name;
m_xvals = dataCache.xValArray;
m_yvals = dataCache.yValArray;
m_zvals = dataCache.zValArray;
m_spec = fspec;
m_predefinedRanges = new TermStringList();
predefinedRanges.Sort();
m_predefinedRanges.AddAll(predefinedRanges);
m_countlength = predefinedRanges.Count;
m_count = new LazyBigInt32Array(m_countlength);
m_ranges = new GeoRange[predefinedRanges.Count];
int index = 0;
foreach (string range in predefinedRanges)
{
m_ranges[index++] = Parse(range);
}
m_miles = miles;
}
public GeoSimpleFacetCountCollector(string name, FacetDataCache latDataCache, FacetDataCache longDataCache, int docBase, FacetSpec spec, IList <string> predefinedRanges)
{
m_name = name;
m_latDataCache = latDataCache;
m_longDataCache = longDataCache;
m_latCount = new int[m_latDataCache.Freqs.Length];
m_longCount = new int[m_longDataCache.Freqs.Length];
log.Info("latCount: " + m_latDataCache.Freqs.Length + " longCount: " + m_longDataCache.Freqs.Length);
m_latOrderArray = m_latDataCache.OrderArray;
m_longOrderArray = m_longDataCache.OrderArray;
m_spec = spec;
m_predefinedRanges = new TermStringList();
predefinedRanges.Sort();
m_predefinedRanges.AddAll(predefinedRanges);
if (predefinedRanges != null)
{
m_latPredefinedRangeIndexes = new int[m_predefinedRanges.Count][];
for (int j = 0; j < m_latPredefinedRangeIndexes.Length; j++)
{
m_latPredefinedRangeIndexes[j] = new int[2];
}
m_longPredefinedRangeIndexes = new int[m_predefinedRanges.Count][];
for (int j = 0; j < m_longPredefinedRangeIndexes.Length; j++)
{
m_longPredefinedRangeIndexes[j] = new int[2];
}
int i = 0;
foreach (string range in m_predefinedRanges)
{
int[] ranges = GeoSimpleFacetFilter.Parse(m_latDataCache, m_longDataCache, range);
m_latPredefinedRangeIndexes[i][0] = ranges[0]; // latStart
m_latPredefinedRangeIndexes[i][1] = ranges[1]; // latEnd
m_longPredefinedRangeIndexes[i][0] = ranges[2]; // longStart
m_longPredefinedRangeIndexes[i][1] = ranges[3]; // longEnd
i++;
}
}
}
public void TestDefaultFacetIterator()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add("i");
tsl1.Add("m");
tsl1.Seal();
BigInt32Array count = new BigInt32Array(2);
count.Add(0, 1);
count.Add(1, 2);
DefaultFacetIterator itr1 = new DefaultFacetIterator(tsl1, count, 2, false);
TermStringList tsl2 = new TermStringList();
tsl2.Add("i");
tsl2.Add("m");
tsl2.Seal();
BigInt32Array count2 = new BigInt32Array(2);
count2.Add(0, 1);
count2.Add(1, 5);
DefaultFacetIterator itr2 = new DefaultFacetIterator(tsl2, count2, 2, true);
List <FacetIterator> list = new List <FacetIterator>();
list.Add(itr1);
list.Add(itr2);
CombinedFacetIterator ctr = new CombinedFacetIterator(list);
string result = "";
while (ctr.HasNext())
{
ctr.Next();
result += ctr.Facet;
result += ctr.Count;
}
Assert.AreEqual("i1m7", result, "result should be i1m7");
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="name">name of the Geo Facet</param>
/// <param name="dataCache">The data cache for the Geo Facet</param>
/// <param name="docBase">the base doc id</param>
/// <param name="fspec">the facet spec for this facet</param>
/// <param name="predefinedRanges">List of ranges, where each range looks like <lat, lon: rad></param>
/// <param name="miles">variable to specify if the geo distance calculations are in miles. False indicates distance calculation is in kilometers</param>
public GeoFacetCountCollector(string name, GeoFacetHandler.GeoFacetData dataCache,
int docBase, FacetSpec fspec, IEnumerable<string> predefinedRanges, bool miles)
{
_name = name;
_dataCache = dataCache;
_xvals = dataCache.xValArray;
_yvals = dataCache.yValArray;
_zvals = dataCache.zValArray;
_spec = fspec;
_predefinedRanges = new TermStringList();
var predefinedTemp = new List<string>(predefinedRanges);
predefinedTemp.Sort();
_predefinedRanges.AddAll(predefinedTemp);
_docBase = docBase;
_countlength = predefinedTemp.Count;
_count = new LazyBigIntArray(_countlength);
_ranges = new GeoRange[predefinedTemp.Count];
int index = 0;
foreach (string range in predefinedTemp)
{
_ranges[index++] = Parse(range);
}
_miles = miles;
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="name">name of the Geo Facet</param>
/// <param name="dataCache">The data cache for the Geo Facet</param>
/// <param name="docBase">the base doc id</param>
/// <param name="fspec">the facet spec for this facet</param>
/// <param name="predefinedRanges">List of ranges, where each range looks like <lat, lon: rad></param>
/// <param name="miles">variable to specify if the geo distance calculations are in miles. False indicates distance calculation is in kilometers</param>
public GeoFacetCountCollector(string name, GeoFacetHandler.GeoFacetData dataCache,
int docBase, FacetSpec fspec, IEnumerable<string> predefinedRanges, bool miles)
{
_name = name;
_dataCache = dataCache;
_xvals = dataCache.xValArray;
_yvals = dataCache.yValArray;
_zvals = dataCache.zValArray;
_spec = fspec;
_predefinedRanges = new TermStringList();
var predefinedTemp = new List<string>(predefinedRanges);
predefinedTemp.Sort();
_predefinedRanges.AddAll(predefinedTemp);
_docBase = docBase;
_countlength = predefinedTemp.Count;
_count = new LazyBigIntArray(_countlength);
_ranges = new GeoRange[predefinedTemp.Count];
int index = 0;
foreach (string range in predefinedTemp)
{
_ranges[index++] = Parse(range);
}
_miles = miles;
}
public RangeFacetCountCollectorFieldAccessor(TermStringList predefinedRanges)
{
this._predefinedRanges = predefinedRanges;
}
public RangeFacetCountCollectorFieldAccessor(TermStringList predefinedRanges)
{
this._predefinedRanges = predefinedRanges;
}
public void TestDefaultFacetIterator()
{
TermStringList tsl1 = new TermStringList();
tsl1.Add("i");
tsl1.Add("m");
tsl1.Seal();
BigIntArray count = new BigIntArray(2);
count.Add(0, 1);
count.Add(1, 2);
DefaultFacetIterator itr1 = new DefaultFacetIterator(tsl1, count, 2, false);
TermStringList tsl2 = new TermStringList();
tsl2.Add("i");
tsl2.Add("m");
tsl2.Seal();
BigIntArray count2 = new BigIntArray(2);
count2.Add(0, 1);
count2.Add(1, 5);
DefaultFacetIterator itr2 = new DefaultFacetIterator(tsl2, count2, 2, true);
List<FacetIterator> list = new List<FacetIterator>();
list.Add(itr1);
list.Add(itr2);
CombinedFacetIterator ctr = new CombinedFacetIterator(list);
string result = "";
while (ctr.HasNext())
{
ctr.Next();
result += ctr.Facet;
result += ctr.Count;
}
Assert.AreEqual("i1m7", result, "result should be i1m7");
}