internal override P WorkaroundLimitations(GremlinqOptions gremlinqOptions)
{
if ((gremlinqOptions.GetValue(GremlinqOption.DisabledTextPredicates) & DisabledTextPredicates.Containing) != 0)
{
throw new ExpressionNotSupportedException();
}
return(base.WorkaroundLimitations(gremlinqOptions));
}
public ConfigurableGremlinQuerySourceImpl(string name, IGraphModel model, GremlinqOptions gremlinqOptions, bool isUserSetModel, IGremlinQueryExecutionPipeline pipeline, ImmutableList <IGremlinQueryStrategy> includedStrategies, ImmutableList <string> excludedStrategies, ILogger logger)
{
Name = name;
Model = model;
Logger = logger;
Options = gremlinqOptions;
Pipeline = pipeline;
_isUserSetModel = isUserSetModel;
IncludedStrategies = includedStrategies;
ExcludedStrategyNames = excludedStrategies;
}
internal override P WorkaroundLimitations(GremlinqOptions gremlinqOptions)
{
if ((gremlinqOptions.GetValue(GremlinqOption.DisabledTextPredicates) & DisabledTextPredicates.StartingWith) == 0)
{
return(base.WorkaroundLimitations(gremlinqOptions));
}
var upperBound = Value;
if (Value[Value.Length - 1] == char.MaxValue)
{
upperBound = Value + char.MinValue;
}
else
{
var upperBoundChars = Value.ToCharArray();
upperBoundChars[upperBoundChars.Length - 1]++;
upperBound = new string(upperBoundChars);
}
return(new P.Between(Value, upperBound));
}
internal virtual P WorkaroundLimitations(GremlinqOptions gremlinqOptions)
{
return(this);
}
