Morfeusz.cpp
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/*
* File: Morfeusz.cpp
* Author: mlenart
*
* Created on November 13, 2013, 5:21 PM
*/
#include <string>
#include <iostream>
#include "fsa/fsa.hpp"
#include "utils.hpp"
#include "data/default_fsa.hpp"
#include "Morfeusz.hpp"
#include "MorphDeserializer.hpp"
#include "GeneratorDeserializer.hpp"
#include "InterpretedChunksDecoder.hpp"
#include "charset/CharsetConverter.hpp"
#include "charset/charset_utils.hpp"
#include "charset/CaseConverter.hpp"
#include "segrules/segrules.hpp"
#include "const.hpp"
// TODO - konstruktor kopiujący działający Tak-Jak-Trzeba
using namespace std;
static Deserializer<vector<InterpsGroup> >* initializeAnalyzerDeserializer() {
static Deserializer < vector < InterpsGroup > > *deserializer
= new MorphDeserializer();
return deserializer;
}
static MorfeuszOptions createDefaultOptions() {
MorfeuszOptions res;
res.caseSensitive = true;
res.encoding = UTF8;
return res;
}
Morfeusz::Morfeusz()
: env(Tagset(DEFAULT_FSA), Tagset(DEFAULT_SYNTH_FSA), DEFAULT_MORFEUSZ_CHARSET),
analyzerPtr(DEFAULT_FSA),
analyzerFSA(FSAType::getFSA(analyzerPtr, *initializeAnalyzerDeserializer())),
segrulesFSAsMap(createSegrulesFSAsMap(analyzerPtr)),
isAnalyzerFSAFromFile(false),
generatorPtr(DEFAULT_SYNTH_FSA),
isGeneratorFSAFromFile(false),
generator(generatorPtr, env),
options(createDefaultOptions()) {
}
static void deleteSegrulesFSAs(std::map<SegrulesOptions, SegrulesFSAType*>& fsasMap) {
for (
std::map<SegrulesOptions, SegrulesFSAType*>::iterator it = fsasMap.begin();
it != fsasMap.end();
++it) {
delete it->second;
}
fsasMap.clear();
}
void Morfeusz::setAnalyzerFile(const string& filename) {
if (this->isAnalyzerFSAFromFile) {
delete this->analyzerFSA;
deleteSegrulesFSAs(this->segrulesFSAsMap);
delete this->analyzerPtr;
}
this->analyzerPtr = readFile<unsigned char>(filename.c_str());
this->analyzerFSA = FSA< vector<InterpsGroup> > ::getFSA(analyzerPtr, *initializeAnalyzerDeserializer());
this->segrulesFSAsMap = createSegrulesFSAsMap(analyzerPtr);
this->isAnalyzerFSAFromFile = true;
}
void Morfeusz::setGeneratorFile(const string& filename) {
if (this->isGeneratorFSAFromFile) {
delete this->generatorPtr;
}
this->generatorPtr = readFile<unsigned char>(filename.c_str());
this->generator.setGeneratorPtr(generatorPtr);
}
Morfeusz::~Morfeusz() {
if (this->isAnalyzerFSAFromFile) {
delete this->analyzerFSA;
deleteSegrulesFSAs(this->segrulesFSAsMap);
delete this->analyzerPtr;
}
}
void Morfeusz::analyzeOneWord(
const char*& inputStart,
const char* inputEnd,
int startNodeNum,
std::vector<MorphInterpretation>& results) const {
while (inputStart != inputEnd
&& isEndOfWord(this->env.getCharsetConverter().peek(inputStart, inputEnd))) {
this->env.getCharsetConverter().next(inputStart, inputEnd);
}
vector<InterpretedChunk> accum;
FlexionGraph graph;
const char* currInput = inputStart;
SegrulesOptions opts;
opts["aggl"] = "isolated";
opts["praet"] = "split";
SegrulesFSAType* segrulesFSA = (*(this->segrulesFSAsMap.find(opts))).second;
doAnalyzeOneWord(currInput, inputEnd, accum, graph, segrulesFSA->getInitialState());
if (!graph.empty()) {
InterpretedChunksDecoder interpretedChunksDecoder(env);
int srcNode = startNodeNum;
for (unsigned int i = 0; i < graph.getTheGraph().size(); i++) {
vector<FlexionGraph::Edge>& edges = graph.getTheGraph()[i];
for (unsigned int j = 0; j < edges.size(); j++) {
FlexionGraph::Edge& e = edges[j];
int targetNode = startNodeNum + e.nextNode;
interpretedChunksDecoder.decode(srcNode, targetNode, e.chunk, back_inserter(results));
}
srcNode++;
}
// graph.getResults(*this->tagset, results);
} else if (inputStart != inputEnd) {
this->appendIgnotiumToResults(string(inputStart, currInput), startNodeNum, results);
}
inputStart = currInput;
}
static inline void doShiftOrth(InterpretedChunk& from, InterpretedChunk& to) {
to.prefixChunks.insert(
to.prefixChunks.begin(),
from.prefixChunks.begin(),
from.prefixChunks.end());
to.prefixChunks.push_back(from);
from.orthWasShifted = true;
}
void Morfeusz::doAnalyzeOneWord(
const char*& inputData,
const char* inputEnd,
vector<InterpretedChunk>& accum,
FlexionGraph& graph,
SegrulesStateType segrulesState) const {
bool endOfWord = inputData == inputEnd;
const char* currInput = inputData;
uint32_t codepoint = endOfWord ? 0 : this->env.getCharsetConverter().next(currInput, inputEnd);
// UnicodeChunk uchunk(*(this->charsetConverter), *(this->caseConverter));
vector<uint32_t> originalCodepoints;
vector<uint32_t> lowercaseCodepoints;
StateType state = this->analyzerFSA->getInitialState();
while (!isEndOfWord(codepoint)) {
uint32_t lowerCP = this->env.getCaseConverter().toLower(codepoint);
originalCodepoints.push_back(codepoint);
lowercaseCodepoints.push_back(lowerCP);
feedState(state, lowerCP, UTF8CharsetConverter());
codepoint = currInput == inputEnd ? 0 : this->env.getCharsetConverter().peek(currInput, inputEnd);
if (!isEndOfWord(codepoint)) {
if (state.isAccepting()) {
vector<InterpsGroup> val(state.getValue());
for (unsigned int i = 0; i < val.size(); i++) {
InterpsGroup& ig = val[i];
cerr << (int) ig.type << endl;
SegrulesStateType newSegrulesState = segrulesState;
newSegrulesState.proceedToNext(ig.type);
if (!newSegrulesState.isSink()) {
bool shiftOrth = newSegrulesState.getLastTransitionValue() == 1;
bool shiftOrthSameType = newSegrulesState.getLastTransitionValue() == 2;
InterpretedChunk ic = {inputData, originalCodepoints, lowercaseCodepoints, ig, shiftOrth, shiftOrthSameType, false};
if (!accum.empty()
&& (accum.back().shiftOrth
|| (accum.back().shiftOrthSameType && accum.back().interpsGroup.type == ig.type))) {
doShiftOrth(accum.back(), ic);
}
accum.push_back(ic);
const char* newCurrInput = currInput;
doAnalyzeOneWord(newCurrInput, inputEnd, accum, graph, newSegrulesState);
accum.pop_back();
}
}
}
this->env.getCharsetConverter().next(currInput, inputEnd);
}
}
// we are at the end of word
if (state.isAccepting()) {
vector<InterpsGroup > val(state.getValue());
for (unsigned int i = 0; i < val.size(); i++) {
InterpsGroup& ig = val[i];
SegrulesStateType newSegrulesState = segrulesState;
newSegrulesState.proceedToNext(ig.type);
if (newSegrulesState.isAccepting()) {
bool shiftOrth = newSegrulesState.getLastTransitionValue() == 1;
bool shiftOrthSameType = newSegrulesState.getLastTransitionValue() == 2;
InterpretedChunk ic = {inputData, originalCodepoints, lowercaseCodepoints, ig, shiftOrth, shiftOrthSameType, false};
if (!accum.empty()
&& (accum.back().shiftOrth
|| (accum.back().shiftOrthSameType && accum.back().interpsGroup.type == ig.type))) {
doShiftOrth(accum.back(), ic);
}
accum.push_back(ic);
graph.addPath(accum);
accum.pop_back();
} else if (!newSegrulesState.isSink()) {
} else {
}
}
}
inputData = currInput;
}
void Morfeusz::appendIgnotiumToResults(
const string& word,
int startNodeNum,
std::vector<MorphInterpretation>& results) const {
MorphInterpretation interp = MorphInterpretation::createIgn(startNodeNum, word, env.getAnalyzerTagset(), env.getCharsetConverter());
results.push_back(interp);
}
ResultsIterator Morfeusz::analyze(const string& text) const {
// const char* textStart = text.c_str();
// const char* textEnd = text.c_str() + text.length();
vector<MorphInterpretation> res;
this->analyze(text, res);
return ResultsIterator(res);
}
void Morfeusz::analyze(const string& text, vector<MorphInterpretation>& results) const {
const char* input = text.c_str();
const char* inputEnd = input + text.length();
while (input != inputEnd) {
int startNode = results.empty() ? 0 : results.back().getEndNode();
this->analyzeOneWord(input, inputEnd, startNode, results);
}
}
ResultsIterator Morfeusz::generate(const string& text) const {
// const char* textStart = text.c_str();
// const char* textEnd = text.c_str() + text.length();
vector<MorphInterpretation> res;
this->generate(text, res);
return ResultsIterator(res);
}
void Morfeusz::generate(const string& text, vector<MorphInterpretation>& results) const {
this->generator.generate(text, results);
}
void Morfeusz::setCharset(MorfeuszCharset charset) {
this->options.encoding = charset;
this->env.setCharset(charset);
}
ResultsIterator::ResultsIterator(vector<MorphInterpretation>& res) {
resultsBuffer.insert(resultsBuffer.begin(), res.begin(), res.end());
}
MorphInterpretation ResultsIterator::getNext() {
MorphInterpretation res = this->resultsBuffer.front();
this->resultsBuffer.pop_front();
return res;
}
bool ResultsIterator::hasNext() {
return !resultsBuffer.empty();
}