@Test public void testIndexFullPositive() { fail("Not yet implemented"); }
public void indexFullPositive() throws IOException { fullPositive= new HashMap<>(); InputStream in= getClass().getResourceAsStream(StableData.WORDS_SOURSE_LINK_POS_POSITIVE); BufferedReader cReader= new BufferedReader(new InputStreamReader(in, StableData.UTF8_STRING)); String cInputString; while (null!= (cInputString= cReader.readLine())) { if(!fullPositive.containsKey(cInputString)) { fullPositive.put(cInputString, StableData.EMPTY_STRING); } } cReader.close(); }
FMHMMListOneTimeImp implements FHMMList { public void indexFullPositive() throws IOException { fullPositive= new HashMap<>(); InputStream in= getClass().getResourceAsStream(StableData.WORDS_SOURSE_LINK_POS_POSITIVE); BufferedReader cReader= new BufferedReader(new InputStreamReader(in, StableData.UTF8_STRING)); String cInputString; while (null!= (cInputString= cReader.readLine())) { if(!fullPositive.containsKey(cInputString)) { fullPositive.put(cInputString, StableData.EMPTY_STRING); } } cReader.close(); } }
FMHMMListOneTimeImp implements FHMMList { public void indexFullPositive() throws IOException { fullPositive= new HashMap<>(); InputStream in= getClass().getResourceAsStream(StableData.WORDS_SOURSE_LINK_POS_POSITIVE); BufferedReader cReader= new BufferedReader(new InputStreamReader(in, StableData.UTF8_STRING)); String cInputString; while (null!= (cInputString= cReader.readLine())) { if(!fullPositive.containsKey(cInputString)) { fullPositive.put(cInputString, StableData.EMPTY_STRING); } } cReader.close(); }  }
FMHMMListOneTimeImp implements FHMMList { public void indexFullPositive() throws IOException { fullPositive= new HashMap<>(); InputStream in= getClass().getResourceAsStream(StableData.WORDS_SOURSE_LINK_POS_POSITIVE); BufferedReader cReader= new BufferedReader(new InputStreamReader(in, StableData.UTF8_STRING)); String cInputString; while (null!= (cInputString= cReader.readLine())) { if(!fullPositive.containsKey(cInputString)) { fullPositive.put(cInputString, StableData.EMPTY_STRING); } } cReader.close(); }  Map<Long, FMHMMNode> getMap(); Map<Long, FMHMMNode>[] getMaps(); void indexMixed(); void index(); void indexFullEnToCn(); void indexFullCnToEn(); void indexFullCnToFn(); void indexFullCnToKo(); void indexFullCnToJp(); void indexFullCnToGm(); void indexFullCnToSp(); void indexFullCnToRs(); void indexFullCnToAb(); void indexFullCnToPy(); Map<String, String> getFullEnToCn(); Map<String, String> getFullCnToEn(); void indexPosEnToCn(); void indexFn(); void indexKo(); void indexJp(); void indexGm(); void indexSp(); void indexAb(); void indexRs(); void indexPy(); void indexPosEnToEn(); void indexEnToCn(); void indexCnToEn(); Map<Long, FMHMMNode> loopLoadForest(String cInputString); Map<Long, FMHMMNode> doNeroPostCognitive(FMHMMNode fFHMMNode, String cInputString, int i); Map<Long, FMHMMNode> doCheckAndRunNeroPostFix(FMHMMNode fFHMMNode, String cInputString, int i); Map<String, String> getPosCnToCn(); Map<String, String> getEnToCn(); Map<String, String> getCnToEn(); Map<String, String> getPosEnToCn(); Map<String, String> getPosEnToEn(); List<String> englishStringToWordsList(String string); Map<String, String> getFullCnToJp(); Map<String, String> getFullCnToRs(); Map<String, String> getFullCnToAb(); Map<String, String> getFullCnToFn(); Map<String, String> getFullCnToGm(); Map<String, String> getFullCnToKo(); Map<String, String> getFullCnToSp(); Map<String, String> getFullCnToPy(); void indexFullNegative(); void indexFullPositive(); Map<String, String> getFullNegative(); Map<String, String> getFullPositive(); @Override Map<Long, Map<String, String>> getWordsForests(); void studyNewPos(String string, String posStudy); @Override Map<String, String> getStudyPos(); }
FMHMMListOneTimeImp implements FHMMList { public void indexFullPositive() throws IOException { fullPositive= new HashMap<>(); InputStream in= getClass().getResourceAsStream(StableData.WORDS_SOURSE_LINK_POS_POSITIVE); BufferedReader cReader= new BufferedReader(new InputStreamReader(in, StableData.UTF8_STRING)); String cInputString; while (null!= (cInputString= cReader.readLine())) { if(!fullPositive.containsKey(cInputString)) { fullPositive.put(cInputString, StableData.EMPTY_STRING); } } cReader.close(); }  Map<Long, FMHMMNode> getMap(); Map<Long, FMHMMNode>[] getMaps(); void indexMixed(); void index(); void indexFullEnToCn(); void indexFullCnToEn(); void indexFullCnToFn(); void indexFullCnToKo(); void indexFullCnToJp(); void indexFullCnToGm(); void indexFullCnToSp(); void indexFullCnToRs(); void indexFullCnToAb(); void indexFullCnToPy(); Map<String, String> getFullEnToCn(); Map<String, String> getFullCnToEn(); void indexPosEnToCn(); void indexFn(); void indexKo(); void indexJp(); void indexGm(); void indexSp(); void indexAb(); void indexRs(); void indexPy(); void indexPosEnToEn(); void indexEnToCn(); void indexCnToEn(); Map<Long, FMHMMNode> loopLoadForest(String cInputString); Map<Long, FMHMMNode> doNeroPostCognitive(FMHMMNode fFHMMNode, String cInputString, int i); Map<Long, FMHMMNode> doCheckAndRunNeroPostFix(FMHMMNode fFHMMNode, String cInputString, int i); Map<String, String> getPosCnToCn(); Map<String, String> getEnToCn(); Map<String, String> getCnToEn(); Map<String, String> getPosEnToCn(); Map<String, String> getPosEnToEn(); List<String> englishStringToWordsList(String string); Map<String, String> getFullCnToJp(); Map<String, String> getFullCnToRs(); Map<String, String> getFullCnToAb(); Map<String, String> getFullCnToFn(); Map<String, String> getFullCnToGm(); Map<String, String> getFullCnToKo(); Map<String, String> getFullCnToSp(); Map<String, String> getFullCnToPy(); void indexFullNegative(); void indexFullPositive(); Map<String, String> getFullNegative(); Map<String, String> getFullPositive(); @Override Map<Long, Map<String, String>> getWordsForests(); void studyNewPos(String string, String posStudy); @Override Map<String, String> getStudyPos(); public Map<Long, FMHMMPOS> POSHashMap; public Map<Long, FMHMMNode> linkedHashMap; }