public void SimpleCommandLine()
{
IndexerParameters indexperParamters = new IndexerParameters();
indexperParamters.DataSource = "test1";
indexperParamters.IndexPath = "test2";
indexperParamters.PreviewWidth = 10;
indexperParamters.ThumbWidth = 11;
string cmd = IndexerParameters.CreateCommandLine(indexperParamters);
IndexerParameters parsed = IndexerParameters.ParseCommandLine(cmd.Split(' '));
Assert.AreEqual(indexperParamters.DataSource, parsed.DataSource);
Assert.AreEqual(indexperParamters.IndexPath, parsed.IndexPath);
Assert.AreEqual(indexperParamters.PreviewWidth, parsed.PreviewWidth);
Assert.AreEqual(indexperParamters.ThumbWidth, parsed.ThumbWidth);
}
protected void CreateIndexerProcess(string pathToProcess)
{
Process process = new Process();
process.StartInfo.FileName = "PhotoAssistant.Indexer.exe";
IndexerParameters indexperParamters = new IndexerParameters();
indexperParamters.IndexPath = pathToProcess;
indexperParamters.DataSource = SettingsStore.Default.CurrentDataSource;
indexperParamters.ThumbWidth = SettingsStore.Default.ThumbSize.Width;
indexperParamters.PreviewWidth = SettingsStore.Default.PreviewSize.Width;
string cmd = IndexerParameters.CreateCommandLine(indexperParamters);
process.StartInfo.Arguments = cmd;
process.StartInfo.WindowStyle = ProcessWindowStyle.Hidden;
process.Start();
}
public static void Main(string[] args)
{
#if DEBUG
if (args.Length < 2)
{
args = CreateFakeParams();
}
#endif
try {
log4net.GlobalContext.Properties["pid"] = Process.GetCurrentProcess().Id;
Log.Info("indexer started");
IndexerParameters parameters = IndexerParameters.ParseCommandLine(args);
Log.Info("Arguments list");
foreach (var argument in args)
{
Log.Info(string.Format("{0}", argument));
}
if (parameters != null)
{
Log.Info("arguments parsed succesfully");
SettingsStore.Default.CurrentDataSource = parameters.DataSource;
Indexer indexer = new Indexer();
indexer.Model = new DmModel();
indexer.Model.OpenDataSource(parameters.DataSource);
Log.Info("data source ready");
indexer.Process(parameters);
}
else
{
Log.Info("parameters incorrect");
}
Log.Info("indexer stopped");
} catch (Exception e) {
Log.Error(e.Message, e);
}
}
protected virtual IndexerParameters GetIndexerIRConstructorParameters(PropertyInfo propertyInfo)
{
(AccessModifier? setterAccessModifier, Method setter) = propertyInfo.SetMethod switch
{
{ } method => (ReflectionUtility.GetAccessModifier(method), ParseMethod(method)),
null => ((AccessModifier?)null, (Method)null)
};
(AccessModifier? getterAccessModifier, Method getter) = propertyInfo.GetMethod switch
{
{ } method => (ReflectionUtility.GetAccessModifier(method), ParseMethod(method)),
null => ((AccessModifier?)null, (Method)null)
};
AccessModifier propertyAccessModifier =
(getterAccessModifier ?? 0) > (setterAccessModifier ?? 0) ? getterAccessModifier ?? 0 : setterAccessModifier ?? 0;
var parameters = new IndexerParameters
{
RawType = propertyInfo.PropertyType,
RawPropertyInfo = propertyInfo,
Name = propertyInfo.Name,
Type = ReflectionUtility.GetGeneralizedTypeName(propertyInfo.PropertyType),
PropertyAccessModifier = propertyAccessModifier,
HasSetter = propertyInfo.CanWrite,
SetterAccessModifier = setterAccessModifier,
RawSetMethod = propertyInfo.SetMethod,
SetMethod = setter,
HasGetter = propertyInfo.CanRead,
GetterAccessModifier = getterAccessModifier,
RawGetMethod = propertyInfo.GetMethod,
GetMethod = getter,
};
return(parameters);
}
public void Process(IndexerParameters parameters)
{
ThumbSize = new Size(parameters.ThumbWidth, parameters.ThumbWidth);
PreviewSize = new Size(parameters.PreviewWidth, parameters.PreviewWidth);//TODO
ProcessDirectory(parameters.IndexPath);
}
public Indexer(IndexerParameters parameters) : base(parameters)
{
}
public Indexer CreateIndexerSchema(
CustomTextSchema schema,
string indexerName,
string dataSourceName,
string skillSetName,
string indexName,
SelectedProjects selectedProjects)
{
// field mappings
var fieldMappings = new List <IndexerFieldMapping>
{
new IndexerFieldMapping
{
SourceFieldName = "metadata_storage_name",
TargetFieldName = "id",
MappingFunction = new MappingFunction
{
Name = "base64Encode"
}
},
new IndexerFieldMapping
{
SourceFieldName = "metadata_storage_name",
TargetFieldName = "document_name",
},
new IndexerFieldMapping
{
SourceFieldName = "metadata_storage_path",
TargetFieldName = "document_uri",
}
};
// output fields mapping
var outputFieldMappings = new List <IndexerFieldMapping>();
if (selectedProjects.IsSelected_EntityRecognitionProject)
{
foreach (string entityName in schema.EntityNames)
{
outputFieldMappings.Add(new IndexerFieldMapping
{
SourceFieldName = $"/document/content/{Constants.SkillsetResponseEntitiesKey}/{entityName}",
TargetFieldName = entityName
});
}
}
if (selectedProjects.IsSelected_SingleClassificationProject)
{
outputFieldMappings.Add(new IndexerFieldMapping
{
SourceFieldName = $"/document/content/{Constants.SkillsetResponseSingleClassKey}",
TargetFieldName = Constants.SearchIndexSingleClassColumnName
});
}
if (selectedProjects.IsSelected_MultiClassificationProject)
{
outputFieldMappings.Add(new IndexerFieldMapping
{
SourceFieldName = $"/document/content/{Constants.SkillsetResponseMultiClassKey}",
TargetFieldName = Constants.SearchIndexMultiClassColumnName
});
}
// configs
var indexerParameters = new IndexerParameters
{
Configuration = new IndexerConfiguration
{
IndexedFileNameExtensions = ".txt"
}
};
return(new Indexer
{
Name = indexerName,
DataSourceName = dataSourceName,
TargetIndexName = indexName,
SkillsetName = skillSetName,
FieldMappings = fieldMappings,
OutputFieldMappings = outputFieldMappings,
Parameters = indexerParameters
});
}
