public HelixAnalyzerService(XmlNode configNode, IDataSourceLocation dataSourceLocation,
ICerberusVariablesReplacer variablesReplacer) : base(
variablesReplacer)
{
_dataSourceLocation = dataSourceLocation;
if (configNode == null)
{
return;
}
var analyzers = GetAnalyzers(configNode, out var provider);
_logProvider = GetLogContainer(configNode);
foreach (var node in analyzers)
{
var ruleProvider = RegisterRules(node);
var type = XmlActivator.GetType(node);
if (type != null)
{
provider.Register(type,
() => XmlActivator.CreateInstance(type, node, new[] { provider, ruleProvider, _logProvider }),
true);
if (provider.Resolve(type) is IHelixAnalyzer resolve)
{
Analyzers.Add(resolve);
}
}
}
}
public SolarSystem_Query()
{
Map = systems => from system in systems
select new
{
Name = system.Name,
NameExact = system.Name,
NamePartial = system.Name,
Economies = system.Stations.SelectMany(x => x.Economy).Distinct(),
Factions = system.Factions.Select(x => x.Id),
Attitude = system.Stations.Where(x => x.Main).Select(x => x.Faction.Attitude).FirstOrDefault(),
HasAlly = system.Factions.Any(x => x.Attitude == FactionAttitude.Ally),
HasCoordinates = (system.Coordinates != null && !(system.Coordinates.X == 0 && system.Coordinates.Y == 0 && system.Coordinates.Z == 0)),
Supply = system.Stations.SelectMany(x => x.Commodities).Where(x => x.Supply != CommodityAvailability.None).Select(x => x.Type).Distinct(),
Demand = system.Stations.SelectMany(x => x.Commodities).Where(x => x.Demand != CommodityAvailability.None).Select(x => x.Type).Distinct(),
PowerPlayLeader = system.PowerPlayLeader,
PowerPlayState = system.PowerPlayState,
Outfitting = system.Stations.Select(x => x.Outfitting).Distinct(),
Groups = system.Groups
};
Indexes.Add(x => x.Name, Raven.Abstractions.Indexing.FieldIndexing.Analyzed);
Indexes.Add(x => x.NameExact, Raven.Abstractions.Indexing.FieldIndexing.Default);
Indexes.Add(x => x.NamePartial, Raven.Abstractions.Indexing.FieldIndexing.Analyzed);
Analyzers.Add(x => x.NamePartial, "Xemio.RavenDB.NGramAnalyzer.NGramAnalyzer,Xemio.RavenDB.NGramAnalyzer");
}
public Companies_SortByName()
{
Map = companies => from company in companies
select new { company.Name };
Analyzers.Add(c => c.Name, typeof(PlCollationAnalyzer).ToString());
}
public void RegisterAnalyzer(ISharperCryptoApiAnalysisAnalyzer analyzer)
{
var index = Analyzers.IndexOf(analyzer);
if (index < 0)
{
ThreadHelper.Generic.BeginInvoke(() => Analyzers.Add(analyzer));
}
else
{
ThreadHelper.Generic.BeginInvoke(() => Analyzers[index] = analyzer);
}
if (Settings.MutedAnalyzers.Contains((int)analyzer.AnalyzerId))
{
analyzer.IsMuted = true;
}
foreach (var report in analyzer.SupportedReports)
{
if (report.Equals(AnalysisReport.EmptyReport))
{
continue;
}
ThreadHelper.Generic.BeginInvoke(() => Reports.Add(report));
}
}
/// <summary>
///
/// </summary>
/// <typeparam name="T"></typeparam>
/// <returns></returns>
public T AddAnalyzer <T>() where T : TextTokenAnalyzer, new()
{
var analayzer = new T();
Analyzers.Add(analayzer);
return(analayzer);
}
public Object_ByName()
{
Map = objects => objects.Select(x => new { x.Name });
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
Analyzers.Add(x => x.Name, "Lucene.Net.Analysis.Standard.StandardAnalyzer");
}
public MessageDocument_Search()
{
Map = messageDocuments => from messageDocument in messageDocuments
select new
{
Any = new Object[]
{
messageDocument.Body,
messageDocument.MessageTypes.Select(x => x.ClassName),
messageDocument.Headers.Select(x => x.Value),
messageDocument.AdditionalErrorStatus,
messageDocument.ApplicationId,
messageDocument.Id
},
messageDocument.Id,
messageDocument.TimeSent,
ClassName = messageDocument.MessageTypes.Select(x => x.ClassName),
messageDocument.IsError,
messageDocument.ApplicationId,
Header = messageDocument.Headers.Select(x => x.Value),
messageDocument.AdditionalErrorStatus
};
Sort(x => x.Id, SortOptions.String);
Index(x => x.Any, FieldIndexing.Analyzed);
Analyzers.Add(x => x.Any, "StandardAnalyzer");
}
public GetMultipleStringFieldsIndex()
{
Map = entities => from entity in entities
select new ReduceResult
{
StringA = entity.StringA,
StringB = entity.StringB,
StringC = entity.StringC,
StringD = entity.StringD,
Sum = 1
};
Reduce = results => from result in results
group result by new { result.StringA, result.StringB, result.StringC, result.StringD }
into g
select new ReduceResult
{
StringA = g.First().StringA,
StringB = g.First().StringB,
StringC = g.First().StringC,
StringD = g.First().StringD,
Sum = g.Sum(x => x.Sum)
};
Analyzers.Add(c => c.StringA, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Analyzers.Add(c => c.StringB, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Analyzers.Add(c => c.StringC, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Analyzers.Add(c => c.StringD, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Indexes.Add(x => x.StringA, FieldIndexing.Search);
Indexes.Add(x => x.StringB, FieldIndexing.Search);
Indexes.Add(x => x.StringC, FieldIndexing.Search);
Indexes.Add(x => x.StringD, FieldIndexing.Search);
}
public Companies_CustomAnalyzers()
{
Map = companies => from company in companies
select new {
company.Name,
company.Desc,
company.Email,
company.Address1,
company.Address2,
company.Address3,
company.Phone
};
Analyzers.Add(c => c.Name, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Analyzers.Add(c => c.Desc, typeof(Lucene.Net.Analysis.StopAnalyzer).ToString());
Analyzers.Add(c => c.Email, typeof(Lucene.Net.Analysis.StopAnalyzer).ToString());
Analyzers.Add(c => c.Address1, typeof(Lucene.Net.Analysis.SimpleAnalyzer).ToString());
Analyzers.Add(c => c.Address2, typeof(Lucene.Net.Analysis.WhitespaceAnalyzer).ToString());
Analyzers.Add(c => c.Address3, typeof(Lucene.Net.Analysis.KeywordAnalyzer).ToString());
Analyzers.Add(c => c.Phone, typeof(Lucene.Net.Analysis.Standard.StandardAnalyzer).ToString());
Stores.Add(c => c.Name, FieldStorage.Yes);
Stores.Add(c => c.Desc, FieldStorage.Yes);
Indexes.Add(c => c.Email, FieldIndexing.NotAnalyzed);
TermVectors.Add(c => c.Name, FieldTermVector.WithPositionsAndOffsets);
}
public SampleIndex2()
{
Map = users => from doc in users select new { doc.Name };
Sort(x => x.Name, SortOptions.String);
Analyzers.Add(x => x.Name, "Raven.Database.Indexing.Collation.Cultures.SvCollationAnalyzer, Raven.Database");
}
public Companies_SortByName()
{
Map = companies => from company in companies
select new { company.Name };
Sort(c => c.Name, SortOptions.String);
Analyzers.Add(c => c.Name, typeof(Raven.Database.Indexing.Collation.Cultures.PlCollationAnalyzer).ToString());
}
public void AddAnalyser(string id, string tokenizer, string filter)
{
CustomAnalyzer custom = new CustomAnalyzer();
var filters = filter.Split(new char[] { ',' }, StringSplitOptions.RemoveEmptyEntries);
custom.Filter = filters;
custom.Tokenizer = tokenizer;
Analyzers.Add(id, custom);
}
public Records_ByData()
{
Map = records => from record in records
select new { record.DataSourceId, record.Data };
Indexes.Add(x => x.Data, FieldIndexing.Analyzed);
Analyzers.Add(x => x.Data, typeof(SimpleAnalyzer).AssemblyQualifiedName);
}
public Users_ByName()
{
Map = users => from u in users
select new
{
u.Name
};
Analyzers.Add(x => x.Name, "NotExistingAnalyzer");
}
public ImageByName()
{
Map = docs => from i in docs
select new
{
Id = i.Id,
Name = new[] { i.Name },
};
Index(r => r.Name, FieldIndexing.Search);
Analyzers.Add(n => n.Name, nameof(NGramAnalyzer));
}
public ImageByName()
{
Map = docs => from i in docs
select new
{
Id = i.Id,
Name = new[] { i.Name },
};
Index(r => r.Name, FieldIndexing.Analyzed);
Analyzers.Add(n => n.Name, typeof(NGramAnalyzer).AssemblyQualifiedName);
}
public Articles_ByArticleBody()
{
Map = docs => from doc in docs
select new
{
doc.ArticleBody
};
Stores.Add(x => x.ArticleBody, FieldStorage.Yes);
Analyzers.Add(x => x.ArticleBody, "StandardAnalyzer");
}
public MyIndex(string analyzerName)
{
Map = customers => from customer in customers
select new
{
Name = customer.Name
};
Indexes.Add(x => x.Name, FieldIndexing.Search);
Analyzers.Add(x => x.Name, analyzerName);
}
public Index_With_NGram_Analyzer()
{
Map = companies => from c in companies
select new
{
Name = c.Name
};
Index(r => r.Name, FieldIndexing.Search);
Analyzers.Add(n => n.Name, nameof(NGramAnalyzer));
}
public MyDocIndex()
{
Map = docs => docs.Select(
lm => new MyDocResult()
{
Message = lm.Message,
IsChange = (lm.Type & LogTypeEnum.Changes) == LogTypeEnum.Changes
});
Analyzers.Add(lm => lm.Message, "Lucene.Net.Analysis.Standard.StandardAnalyzer, Lucene.Net");
}
public void FillDictData(string[] namesArr, FieldStorage[] storesArr, string[] analArr, SuggestionOptions[] sugArr)
{
for (int i = 0; i < namesArr.Length; i++)
{
Fields.Add(namesArr[i]);
Stores.Add(namesArr[i], storesArr[i]);
Analyzers.Add(namesArr[i], analArr[i]);
Suggestions.Add(namesArr[i], sugArr[i]);
}
}
public CategoryDescription()
{
Map = categories => from category in categories
select new
{
category.Description
};
Stores.Add(x => x.Description, FieldStorage.Yes);
Analyzers.Add(x => x.Description, "Lucene.Net.Analysis.Standard.StandardAnalyzer");
}
public Users_ByName()
{
Map = users => from u in users select new { Name = u.Name, LastName = u.LastName.Boost(10) };
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
IndexSuggestions.Add(x => x.Name, new SuggestionOptions());
Analyzers.Add(x => x.Name, typeof(SimpleAnalyzer).FullName);
Stores.Add(x => x.Name, FieldStorage.Yes);
}
public DeCollationIndex()
{
Map = contacts =>
from contact in contacts
select new
{
contact.FirstName,
};
Analyzers.Add(x => x.FirstName, typeof(DeCollationAnalyzer).AssemblyQualifiedName);
Sort(x => x.FirstName, SortOptions.String);
}
public Posts_ByPostCategory()
{
Map = docs => from doc in docs
select new
{
doc.Body,
doc.Category
};
Stores.Add(x => x.Body, FieldStorage.Yes);
Analyzers.Add(x => x.Body, typeof(StandardAnalyzer).FullName);
}
public Users_ByName()
{
Map = users => from u in users select new { Name = u.Name, LastName = u.LastName.Boost(10) };
Indexes.Add(x => x.Name, FieldIndexing.Search);
IndexSuggestions.Add(x => x.Name);
Analyzers.Add(x => x.Name, typeof(Lucene.Net.Analysis.SimpleAnalyzer).FullName);
Stores.Add(x => x.Name, FieldStorage.Yes);
}
public UserIndex()
{
Map = users => from user in users
select new
{
user.Name,
user.Total,
user.Role
};
Indexes.Add(x => x.Name, FieldIndexing.Analyzed);
Analyzers.Add(x => x.Name, typeof(TurkishAnalyzer.TurkishAnalyzer).AssemblyQualifiedName);
}
public Audio_Index()
{
// audio properties
Map = audios => from audio in audios
select new
{
Id = audio.Id,
AudioId = audio.Id,
Name = audio.Name
};
Analyzers.Add(x => x.Name, "SimpleAnalyzer");
}
public Students_WithFriends()
{
Map = students => from student in students
let friends = LoadDocument <Student>(student.Friends)
select new Mapping
{
EmailDomain = student.Email.Split('@', StringSplitOptions.None).Last(),
Friends = friends.Select(a => a.Email)
};
Analyzers.Add(x => x.Friends, "Lucene.Net.Analysis.SimpleAnalyzer, Lucene.Net");
Indexes.Add(x => x.Friends, FieldIndexing.Search);
}
public ZC_CountryCityStateCodeACIndex()
{
Map = sEnum => sEnum
.Select(t => new { t.CountryCode, CityOrder = t.City, t.City, t.StateCode });
Reduce = results => results
.GroupBy(r => new { r.City, r.CountryCode, r.StateCode })
.Select(g => new { g.Key.City, CityOrder = g.Key.City, g.Key.CountryCode, g.Key.StateCode });
//Bug Collation - following resolves in empty results
//Without it, {ä ö ü} are analyzed wrongly and are placed at the end of the alphabet
Analyzers.Add(x => x.CityOrder, typeof(DeCollationAnalyzer).AssemblyQualifiedName);
}
