public string Similarity(string input1, string input2)
{
var output = SeqSimilarityInstance.Call(input1, input2);
Logger.WriteLine($"'{input1}' | '{input2}' -> '{output}'");
return(output);
}
public Startup(IConfiguration configuration)
{
int maxTestSrcSentLength;
int maxTestTgtSentLength;
ProcessorTypeEnums processorType;
string deviceIds;
Configuration = configuration;
if (!Configuration["Seq2Seq:ModelFilePath"].IsNullOrEmpty())
{
Logger.WriteLine($"Loading Seq2Seq model '{Configuration[ "Seq2Seq:ModelFilePath" ]}'");
var modelFilePath = Configuration["Seq2Seq:ModelFilePath"];
maxTestSrcSentLength = Configuration["Seq2Seq:MaxSrcTokenSize"].ToInt();
maxTestTgtSentLength = Configuration["Seq2Seq:MaxTgtTokenSize"].ToInt();
processorType = Configuration["Seq2Seq:ProcessorType"].ToEnum <ProcessorTypeEnums>();
deviceIds = Configuration["Seq2Seq:DeviceIds"];
var srcSentPiece = new SentencePiece(Configuration["Seq2Seq:SrcSentencePieceModelPath"]);
var tgtSentPiece = new SentencePiece(Configuration["Seq2Seq:TgtSentencePieceModelPath"]);
Seq2SeqInstance.Initialization(modelFilePath, maxTestSrcSentLength, maxTestTgtSentLength,
processorType, deviceIds, (srcSentPiece, tgtSentPiece));
}
if (!Configuration["SeqClassification:ModelFilePath"].IsNullOrEmpty())
{
Logger.WriteLine($"Loading SeqClassification model '{Configuration[ "SeqClassification:ModelFilePath" ]}'");
var modelFilePath = Configuration["SeqClassification:ModelFilePath"];
int maxTestSentLength = Configuration["SeqClassification:MaxTokenSize"].ToInt();
processorType = Configuration["SeqClassification:ProcessorType"].ToEnum <ProcessorTypeEnums>();
deviceIds = Configuration["SeqClassification:DeviceIds"];
SeqClassificationInstance.Initialization(modelFilePath, maxTestSentLength, processorType, deviceIds);
}
if (!Configuration["SeqSimilarity:ModelFilePath"].IsNullOrEmpty())
{
Logger.WriteLine($"Loading SeqSimilarity model '{Configuration[ "SeqSimilarity:ModelFilePath" ]}'");
var modelFilePath = Configuration["SeqSimilarity:ModelFilePath"];
int maxTestSentLength = Configuration["SeqSimilarity:MaxTokenSize"].ToInt();
processorType = Configuration["SeqSimilarity:ProcessorType"].ToEnum <ProcessorTypeEnums>();
deviceIds = Configuration["SeqSimilarity:DeviceIds"];
SeqSimilarityInstance.Initialization(modelFilePath, maxTestSentLength, processorType, deviceIds);
}
//Loading Seq2SeqClassification models
if (!Configuration["Seq2SeqClassification:ProcessorType"].IsNullOrEmpty())
{
int i = 0;
Dictionary <string, string> key2ModelFilePath = new Dictionary <string, string>();
while (true)
{
string key = $"Seq2SeqClassification:Models:{i}:Key";
string filePath = $"Seq2SeqClassification:Models:{i}:FilePath";
if (Configuration[key].IsNullOrEmpty())
{
break;
}
key2ModelFilePath.Add(Configuration[key], Configuration[filePath]);
i++;
}
maxTestSrcSentLength = Configuration["Seq2SeqClassification:MaxSrcTokenSize"].ToInt();
maxTestTgtSentLength = Configuration["Seq2SeqClassification:MaxTgtTokenSize"].ToInt();
processorType = Configuration["Seq2SeqClassification:ProcessorType"].ToEnum <ProcessorTypeEnums>();
deviceIds = Configuration["Seq2SeqClassification:DeviceIds"];
if (key2ModelFilePath.Count > 0)
{
Seq2SeqClassificationInstances.Initialization(key2ModelFilePath, maxTestSrcSentLength, maxTestTgtSentLength, processorType, deviceIds);
}
}
}