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sense-interface.hpp
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#ifndef SENSE_INTERFACE_H_
#define SENSE_INTERFACE_H_
// relative path to project root from this file
#define PATH_TO_ROOT "../"
#include <cstring>
#include <fstream>
#include <iostream>
#include "sense.hpp"
#include "wn3-path.hpp"
#include "acorn-utils.hpp"
#include "string-utils.hpp"
#include "synset-pointers.hpp"
class Sense_Interface: public Sense
/* as an established standard for this repository, all interface class members are to be appended with 'Interface' */
{
public:
// from [char] synsetType
std::string synsetTypeInterface;
// from [std::vector<WordLexidGroup>] wordLexidGroupVector
std::vector<std::string> synWordVectorInterface;
// from [std::vector<Pointer>] pointers for "data.noun"
jay_io::NounPointers /*.......*/ nounPointersInterface;
// from [std::vector<Pointer>] pointers for "data.verb"
jay_io::VerbPointers /*.......*/ verbPointersInterface;
// from [std::vector<Pointer>] pointers for "data.adj"
jay_io::AdjectivePointers /*..*/ adjectivePointersInterface;
// from [std::vector<Pointer>] pointers for "data.adv"
jay_io::AdverbPointers /*.....*/ adverbPointersInterface;
// from [std::string] def (sh. definition)
std::string defInterface;
// from [std::string] exampleSentences
std::vector<std::string> exampleSentencesInterface;
// from [std::vector<Frame>] frames for "data.verb"
std::vector<std::string> frameInterface;
/*
* Interface frames are rather difficult to implement and there will
* be no support for this feature until there is volunteered effort.
* Refer to: https://wordnet.princeton.edu/documentation/wninput5wn
* for documentation on verb frames and how to compile them.
*/
// constructor should call superclass constructor
Sense_Interface(std::string, std::string);
void previewSenseInterface();
std::string toHtmlDiv();
void consoleDump();
private:
// from [std::string] lemma
std::string wordInterface;
// from [std::string] lemma
int wordIndexInterface;
std::string /*................*/ parseSynsetTypeInterface /*.........*/ (char*);
std::vector<std::string> /*...*/ parseSynWordVectorInterface /*......*/ (std::vector<WordLexidGroup>*);
jay_io::NounPointers /*.......*/ parseNounPointersInterface /*.......*/ (std::vector<Pointer>*);
jay_io::VerbPointers /*.......*/ parseVerbPointersInterface /*.......*/ (std::vector<Pointer>*);
jay_io::AdjectivePointers /*..*/ parseAdjectivePointersInterface /*..*/ (std::vector<Pointer>*);
jay_io::AdverbPointers /*.....*/ parseAdverbPointersInterface /*.....*/ (std::vector<Pointer>*);
std::string /*................*/ parseDefInterface /*................*/ (std::string*);
std::vector<std::string> /*...*/ parseExampleSentencesInterface /*...*/ (std::vector<std::string>*);
std::vector<std::string> /*...*/ parseFrameInterface /*..............*/ (std::vector<Frame>*);
};
Sense_Interface::Sense_Interface(std::string word, std::string sense): Sense(sense)
{
/* class Sense_Interface constructor */
this -> wordInterface = word;
this -> synsetTypeInterface = parseSynsetTypeInterface(&synsetType);
this -> synWordVectorInterface = parseSynWordVectorInterface(&wordLexidGroupVector);
this -> nounPointersInterface = parseNounPointersInterface(&pointers);
this -> verbPointersInterface = parseVerbPointersInterface(&pointers);
this -> adjectivePointersInterface = parseAdjectivePointersInterface(&pointers);
this -> adverbPointersInterface = parseAdverbPointersInterface(&pointers);
this -> defInterface = parseDefInterface(&def);
this -> exampleSentencesInterface = parseExampleSentencesInterface(&exampleSentences);
// unused
this -> frameInterface = parseFrameInterface(&frames);
}
std::string Sense_Interface::parseSynsetTypeInterface(char *synsetType)
{
/* returns disambiguated form of char parameter synsetType */
return parseSynsetTypeExpanded(synsetType);
}
std::vector<std::string> Sense_Interface::parseSynWordVectorInterface(std::vector<WordLexidGroup> *l_wordLexidGroupVector)
{
/* returns manipulated form of synonym vector excluding queried word */
std::string t;
std::vector<std::string> l_synWordVectorInterface;
for (int i = 0; i < (*l_wordLexidGroupVector).size(); i++) {
t = (*l_wordLexidGroupVector)[i].word;
if (stringToLower(&t) == wordInterface) {
wordIndexInterface = i + 1;
continue;
}
replaceStringUscoreWithSpace(&t);
l_synWordVectorInterface.push_back(t);
}
return l_synWordVectorInterface;
}
jay_io::NounPointers Sense_Interface::parseNounPointersInterface(std::vector<Pointer> *pointers)
{
/* parse noun pointers and create a decorated interface struct */
std::string filepath, t;
filepath.append(PATH_TO_ROOT);
filepath.append(WN3DB_DAT_POS_PATH);
std::basic_ifstream<char> datapos;
jay_io::NounPointers p;
for (int i = 0; i < (*pointers).size(); i++) {
// do, if source index of the pointer refers to wordInterface (word looked up)
if ((*pointers)[i].pos == "n" && ((*pointers)[i].source == wordIndexInterface || (*pointers)[i].source == 0)) {
// getlining the target sense
filepath.append(dataPosFileNameFromChar[(*pointers)[i].pos[0]]);
datapos.open(filepath.c_str());
datapos.seekg((*pointers)[i].synsetOffset);
std::getline(datapos, t, '\n');
// parsing the getlined data row
Sense sense(t);
// push back on pointer's element with the word from the synset
auto pushbackOnPointerElement_With_ = [] (std::vector<std::string> *element, std::string *elementOfElement) {
std::string w = *elementOfElement;
replaceStringUscoreWithSpace(&w);
if (!bool_ContainedIn_(&w, element)) {
(*element).push_back(w);
}
};
// placeholder variable for the returned string
std::string disambiguatedPointerSymbol = parsePointerSymbol((*pointers)[i].pointerSymbol, (*pointers)[i].pos);
// read through all synonyms in target pointer if target index is zero
if ((*pointers)[i].target == 0) {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hypernym")
pushbackOnPointerElement_With_(&(p.hypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Instance Hypernym")
pushbackOnPointerElement_With_(&(p.instanceHypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hyponym")
pushbackOnPointerElement_With_(&(p.hyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Instance Hyponym")
pushbackOnPointerElement_With_(&(p.instanceHyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member holonym")
pushbackOnPointerElement_With_(&(p.memberHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Substance holonym")
pushbackOnPointerElement_With_(&(p.substanceHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Part holonym")
pushbackOnPointerElement_With_(&(p.partHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member meronym")
pushbackOnPointerElement_With_(&(p.memberMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Substance meronym")
pushbackOnPointerElement_With_(&(p.substanceMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Part meronym")
pushbackOnPointerElement_With_(&(p.partMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Attribute")
pushbackOnPointerElement_With_(&(p.attribute), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derivationally related form")
pushbackOnPointerElement_With_(&(p.derivationallyRelatedForm), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - TOPIC")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - REGION")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - USAGE")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
// read only the select synonym in target pointer if target index is non-zero
else {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (j + 1 == (*pointers)[i].target) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hypernym")
pushbackOnPointerElement_With_(&(p.hypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Instance Hypernym")
pushbackOnPointerElement_With_(&(p.instanceHypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hyponym")
pushbackOnPointerElement_With_(&(p.hyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Instance Hyponym")
pushbackOnPointerElement_With_(&(p.instanceHyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member holonym")
pushbackOnPointerElement_With_(&(p.memberHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Substance holonym")
pushbackOnPointerElement_With_(&(p.substanceHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Part holonym")
pushbackOnPointerElement_With_(&(p.partHolonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member meronym")
pushbackOnPointerElement_With_(&(p.memberMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Substance meronym")
pushbackOnPointerElement_With_(&(p.substanceMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Part meronym")
pushbackOnPointerElement_With_(&(p.partMeronym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Attribute")
pushbackOnPointerElement_With_(&(p.attribute), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derivationally related form")
pushbackOnPointerElement_With_(&(p.derivationallyRelatedForm), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - TOPIC")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - REGION")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Member of this domain - USAGE")
pushbackOnPointerElement_With_(&(p.memberOfThisDomainUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
}
}
}
return p;
}
jay_io::VerbPointers Sense_Interface::parseVerbPointersInterface(std::vector<Pointer> *pointers)
{
std::string filepath, t;
filepath.append(PATH_TO_ROOT);
filepath.append(WN3DB_DAT_POS_PATH);
std::basic_ifstream<char> datapos;
jay_io::VerbPointers p;
for (int i = 0; i < (*pointers).size(); i++) {
// do, if source index of the pointer refers to wordInterface (word looked up)
if ((*pointers)[i].pos == "v" && ((*pointers)[i].source == wordIndexInterface || (*pointers)[i].source == 0)) {
// getlining the target sense
filepath.append(dataPosFileNameFromChar[(*pointers)[i].pos[0]]);
datapos.open(filepath.c_str());
datapos.seekg((*pointers)[i].synsetOffset);
std::getline(datapos, t, '\n');
// parsing the getlined data row
Sense sense(t);
// push back on pointer's element with the word from the synset
auto pushbackOnPointerElement_With_ = [](std::vector<std::string> *element, std::string *elementOfElement) {
std::string w = *elementOfElement;
replaceStringUscoreWithSpace(&w);
if (!bool_ContainedIn_(&w, element)) {
(*element).push_back(w);
}
};
// placeholder variable for the returned string
std::string disambiguatedPointerSymbol = parsePointerSymbol((*pointers)[i].pointerSymbol, (*pointers)[i].pos);
// read through all synonyms in target pointer if target index is zero
if ((*pointers)[i].target == 0) {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hypernym")
pushbackOnPointerElement_With_(&(p.hypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hyponym")
pushbackOnPointerElement_With_(&(p.hyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Entailment")
pushbackOnPointerElement_With_(&(p.entailment), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Cause")
pushbackOnPointerElement_With_(&(p.cause), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Also see")
pushbackOnPointerElement_With_(&(p.alsoSee), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Verb Group")
pushbackOnPointerElement_With_(&(p.verbGroup), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derivationally related form")
pushbackOnPointerElement_With_(&(p.derivationallyRelatedForm), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
// read only the select synonym in target pointer if target index is non-zero
else {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (j + 1 == (*pointers)[i].target) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hypernym")
pushbackOnPointerElement_With_(&(p.hypernym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Hyponym")
pushbackOnPointerElement_With_(&(p.hyponym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Entailment")
pushbackOnPointerElement_With_(&(p.entailment), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Cause")
pushbackOnPointerElement_With_(&(p.cause), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Also see")
pushbackOnPointerElement_With_(&(p.alsoSee), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Verb Group")
pushbackOnPointerElement_With_(&(p.verbGroup), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derivationally related form")
pushbackOnPointerElement_With_(&(p.derivationallyRelatedForm), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
}
}
}
return p;
}
jay_io::AdjectivePointers Sense_Interface::parseAdjectivePointersInterface(std::vector<Pointer> *pointers)
{
std::string filepath, t;
filepath.append(PATH_TO_ROOT);
filepath.append(WN3DB_DAT_POS_PATH);
std::basic_ifstream<char> datapos;
jay_io::AdjectivePointers p;
for (int i = 0; i < (*pointers).size(); i++) {
// do, if source index of the pointer refers to wordInterface (word looked up)
if (((*pointers)[i].pos == "a" || (*pointers)[i].pos == "s") && ((*pointers)[i].source == wordIndexInterface || (*pointers)[i].source == 0)) {
// getlining the target sense
filepath.append(dataPosFileNameFromChar[(*pointers)[i].pos[0]]);
datapos.open(filepath.c_str());
datapos.seekg((*pointers)[i].synsetOffset);
std::getline(datapos, t, '\n');
// parsing the getlined data row
Sense sense(t);
// push back on pointer's element with the word from the synset
auto pushbackOnPointerElement_With_ = [](std::vector<std::string> *element, std::string *elementOfElement) {
std::string w = *elementOfElement;
replaceStringUscoreWithSpace(&w);
if (!bool_ContainedIn_(&w, element)) {
(*element).push_back(w);
}
};
// placeholder variable for the returned string
std::string disambiguatedPointerSymbol = parsePointerSymbol((*pointers)[i].pointerSymbol, (*pointers)[i].pos);
// read through all synonyms in target pointer if target index is zero
if ((*pointers)[i].target == 0) {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Similar to")
pushbackOnPointerElement_With_(&(p.similarTo), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Participle of verb")
pushbackOnPointerElement_With_(&(p.participleOfVerb), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Pertainym (pertains to noun)")
pushbackOnPointerElement_With_(&(p.pertainym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Attribute")
pushbackOnPointerElement_With_(&(p.attribute), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Also see")
pushbackOnPointerElement_With_(&(p.alsoSee), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
// read only the select synonym in target pointer if target index is non-zero
else {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (j + 1 == (*pointers)[i].target) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Similar to")
pushbackOnPointerElement_With_(&(p.similarTo), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Participle of verb")
pushbackOnPointerElement_With_(&(p.participleOfVerb), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Pertainym (pertains to noun)")
pushbackOnPointerElement_With_(&(p.pertainym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Attribute")
pushbackOnPointerElement_With_(&(p.attribute), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Also see")
pushbackOnPointerElement_With_(&(p.alsoSee), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
}
}
}
return p;
}
jay_io::AdverbPointers Sense_Interface::parseAdverbPointersInterface(std::vector<Pointer> *pointers)
{
std::string filepath, t;
filepath.append(PATH_TO_ROOT);
filepath.append(WN3DB_DAT_POS_PATH);
std::basic_ifstream<char> datapos;
jay_io::AdverbPointers p;
for (int i = 0; i < (*pointers).size(); i++) {
// do, if source index of the pointer refers to wordInterface (word looked up)
if ((*pointers)[i].pos == "r" && ((*pointers)[i].source == wordIndexInterface || (*pointers)[i].source == 0)) {
// getlining the target sense
filepath.append(dataPosFileNameFromChar[(*pointers)[i].pos[0]]);
datapos.open(filepath.c_str());
datapos.seekg((*pointers)[i].synsetOffset);
std::getline(datapos, t, '\n');
// parsing the getlined data row
Sense sense(t);
// push back on pointer's element with the word from the synset
auto pushbackOnPointerElement_With_ = [](std::vector<std::string> *element, std::string *elementOfElement) {
std::string w = *elementOfElement;
replaceStringUscoreWithSpace(&w);
if (!bool_ContainedIn_(&w, element)) {
(*element).push_back(w);
}
};
// placeholder variable for the returned string
std::string disambiguatedPointerSymbol = parsePointerSymbol((*pointers)[i].pointerSymbol, (*pointers)[i].pos);
// read through all synonyms in target pointer if target index is zero
if ((*pointers)[i].target == 0) {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derived from adjective")
pushbackOnPointerElement_With_(&(p.derivedFromAdjective), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
// read only the select synonym in target pointer if target index is non-zero
else {
for (int j = 0; j < sense.wordLexidGroupVector.size(); j++) {
if (j + 1 == (*pointers)[i].target) {
if (disambiguatedPointerSymbol == "Antonym")
pushbackOnPointerElement_With_(&(p.antonym), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Derived from adjective")
pushbackOnPointerElement_With_(&(p.derivedFromAdjective), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - TOPIC")
pushbackOnPointerElement_With_(&(p.domainOfSynsetTOPIC), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - REGION")
pushbackOnPointerElement_With_(&(p.domainOfSynsetREGION), &(sense.wordLexidGroupVector[j].word));
else if (disambiguatedPointerSymbol == "Domain of synset - USAGE")
pushbackOnPointerElement_With_(&(p.domainOfSynsetUSAGE), &(sense.wordLexidGroupVector[j].word));
}
}
}
}
}
return p;
}
std::string Sense_Interface::parseDefInterface(std::string *l_def)
{
return toSentenceCase(l_def);
}
std::vector<std::string> Sense_Interface::parseExampleSentencesInterface(std::vector<std::string> *l_exampleSentences)
{
return *l_exampleSentences;
}
std::vector<std::string> Sense_Interface::parseFrameInterface(std::vector<Frame> *l_frames)
{
return {""};
}
void Sense_Interface::previewSenseInterface()
{
std::string out, t, tab = "\t", colonSpace = ": ", newline = "\n";
auto prettyPrintVectorOfStrings = [&] (std::vector<std::string> *vos) -> std::string {
std::string a;
for (int i = 0; i < (*vos).size(); i++)
{
if ((*vos).size() - 1 != i) {
t = (*vos)[i];
t.append(", ");
a.append(t);
} else
a.append((*vos)[i]);
}
return a;
};
bool nounPointerIsEmpty = false;
auto formatNounPointers = [&] () -> std::string {
out.clear();
if (!nounPointersInterface.antonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.antonym) + newline);
if (!nounPointersInterface.hypernym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.hypernym) + newline);
if (!nounPointersInterface.instanceHypernym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.instanceHypernym) + newline);
if (!nounPointersInterface.hyponym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.hyponym) + newline);
if (!nounPointersInterface.instanceHyponym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.instanceHyponym) + newline);
if (!nounPointersInterface.memberHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 5] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberHolonym) + newline);
if (!nounPointersInterface.substanceHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 6] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.substanceHolonym) + newline);
if (!nounPointersInterface.partHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 7] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.partHolonym) + newline);
if (!nounPointersInterface.memberMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 8] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberMeronym) + newline);
if (!nounPointersInterface.substanceMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 9] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.substanceMeronym) + newline);
if (!nounPointersInterface.partMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[10] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.partMeronym) + newline);
if (!nounPointersInterface.attribute.empty())
out.append(tab + nounPointerElemDisambiguationIndex[11] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.attribute) + newline);
if (!nounPointersInterface.derivationallyRelatedForm.empty())
out.append(tab + nounPointerElemDisambiguationIndex[12] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.derivationallyRelatedForm) + newline);
if (!nounPointersInterface.domainOfSynsetTOPIC.empty())
out.append(tab + nounPointerElemDisambiguationIndex[13] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetTOPIC) + newline);
if (!nounPointersInterface.memberOfThisDomainTOPIC.empty())
out.append(tab + nounPointerElemDisambiguationIndex[14] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainTOPIC) + newline);
if (!nounPointersInterface.domainOfSynsetREGION.empty())
out.append(tab + nounPointerElemDisambiguationIndex[15] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetREGION) + newline);
if (!nounPointersInterface.memberOfThisDomainREGION.empty())
out.append(tab + nounPointerElemDisambiguationIndex[16] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainREGION) + newline);
if (!nounPointersInterface.domainOfSynsetUSAGE.empty())
out.append(tab + nounPointerElemDisambiguationIndex[17] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetUSAGE) + newline);
if (!nounPointersInterface.memberOfThisDomainUSAGE.empty())
out.append(tab + nounPointerElemDisambiguationIndex[18] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainUSAGE) + newline);
if (out.empty())
nounPointerIsEmpty = true;
return out;
};
bool verbPointerIsEmpty = false;
auto formatVerbPointers = [&] () -> std::string {
out.clear();
if (!verbPointersInterface.antonym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.antonym) + newline);
if (!verbPointersInterface.hypernym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.hypernym) + newline);
if (!verbPointersInterface.hyponym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.hyponym) + newline);
if (!verbPointersInterface.entailment.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.entailment) + newline);
if (!verbPointersInterface.cause.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.cause) + newline);
if (!verbPointersInterface.alsoSee.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 5] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.alsoSee) + newline);
if (!verbPointersInterface.verbGroup.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 6] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.verbGroup) + newline);
if (!verbPointersInterface.derivationallyRelatedForm.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 7] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.derivationallyRelatedForm) + newline);
if (!verbPointersInterface.domainOfSynsetTOPIC.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 8] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.domainOfSynsetTOPIC) + newline);
if (!verbPointersInterface.domainOfSynsetREGION.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 9] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.domainOfSynsetREGION) + newline);
if (!verbPointersInterface.domainOfSynsetUSAGE.empty())
out.append(tab + verbPointerElemDisambiguationIndex[10] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.domainOfSynsetUSAGE) + newline);
if (out.empty())
verbPointerIsEmpty = true;
return out;
};
bool adjectivePointerIsEmpty = false;
auto formatAdjectivePointers = [&] () -> std::string {
out.clear();
if (!adjectivePointersInterface.antonym.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.antonym) + newline);
if (!adjectivePointersInterface.similarTo.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.similarTo) + newline);
if (!adjectivePointersInterface.participleOfVerb.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.participleOfVerb) + newline);
if (!adjectivePointersInterface.pertainym.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.pertainym) + newline);
if (!adjectivePointersInterface.attribute.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.attribute) + newline);
if (!adjectivePointersInterface.alsoSee.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 5] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.alsoSee) + newline);
if (!adjectivePointersInterface.domainOfSynsetTOPIC.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 6] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.domainOfSynsetTOPIC) + newline);
if (!adjectivePointersInterface.domainOfSynsetREGION.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 7] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.domainOfSynsetREGION) + newline);
if (!adjectivePointersInterface.domainOfSynsetUSAGE.empty())
out.append(tab + adjectivePointerElemDisambiguationIndex[ 8] + colonSpace
+ prettyPrintVectorOfStrings(&adjectivePointersInterface.domainOfSynsetUSAGE) + newline);
if (out.empty())
adjectivePointerIsEmpty = true;
return out;
};
bool adverbPointerIsEmpty = false;
auto formatAdverbPointers = [&] () -> std::string {
out.clear();
if (!adverbPointersInterface.antonym.empty())
out.append(tab + adverbPointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&adverbPointersInterface.antonym) + newline);
if (!adverbPointersInterface.derivedFromAdjective.empty())
out.append(tab + adverbPointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&adverbPointersInterface.derivedFromAdjective) + newline);
if (!adverbPointersInterface.domainOfSynsetTOPIC.empty())
out.append(tab + adverbPointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&adverbPointersInterface.domainOfSynsetTOPIC) + newline);
if (!adverbPointersInterface.domainOfSynsetREGION.empty())
out.append(tab + adverbPointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&adverbPointersInterface.domainOfSynsetREGION) + newline);
if (!adverbPointersInterface.domainOfSynsetUSAGE.empty())
out.append(tab + adverbPointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&adverbPointersInterface.domainOfSynsetUSAGE) + newline);
if (out.empty())
adverbPointerIsEmpty = true;
return out;
};
auto prettyPrintVectorOfExampleStrings = [&] (std::vector<std::string> *voes) -> std::string {
std::string a;
for (int i = 0; i < (*voes).size(); i++)
{
if ((*voes).size() - 1 != i) {
t = "\"";
t.append((*voes)[i]);
t.append("\", ");
a.append(t);
} else {
a.append("\"");
a.append((*voes)[i]);
a.append("\"");
}
}
return a;
};
std::cout << "Part of speech: " << synsetTypeInterface << std::endl;
std::cout << "Definition: " << defInterface << std::endl;
std::cout << "Examples: " << prettyPrintVectorOfExampleStrings(&exampleSentencesInterface) << std::endl;
std::cout << "Synonym set: " << prettyPrintVectorOfStrings(&synWordVectorInterface) << std::endl;
std::string nP = formatNounPointers();
std::string vP = formatVerbPointers();
std::string aP = formatAdjectivePointers();
std::string rP = formatAdverbPointers();
if (!nounPointerIsEmpty)
std::cout << " Noun pointers: " << newline << nP;
if (!verbPointerIsEmpty)
std::cout << " Verb pointers: " << newline << vP;
if (!adjectivePointerIsEmpty)
std::cout << " Adjective pointers: " << newline << aP;
if (!adverbPointerIsEmpty)
std::cout << " Adverb pointers: " << newline << rP;
std::cout << std::endl;
}
void Sense_Interface::consoleDump()
{
std::string out, t,
tab = "\t",
colonSpace = ": ",
newline = "\n";
auto prettyPrintVectorOfStrings = [&] (std::vector<std::string> *vos) -> std::string {
std::string a;
for (int i = 0; i < (*vos).size(); i++)
{
if ((*vos).size() - 1 != i) {
t = (*vos)[i];
t.append(", ");
a.append(t);
} else
a.append((*vos)[i]);
}
return a;
};
bool nounPointerIsEmpty = false;
auto formatNounPointers = [&] () -> std::string {
out.clear();
if (!nounPointersInterface.antonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.antonym) + newline);
if (!nounPointersInterface.hypernym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.hypernym) + newline);
if (!nounPointersInterface.instanceHypernym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.instanceHypernym) + newline);
if (!nounPointersInterface.hyponym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.hyponym) + newline);
if (!nounPointersInterface.instanceHyponym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.instanceHyponym) + newline);
if (!nounPointersInterface.memberHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 5] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberHolonym) + newline);
if (!nounPointersInterface.substanceHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 6] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.substanceHolonym) + newline);
if (!nounPointersInterface.partHolonym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 7] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.partHolonym) + newline);
if (!nounPointersInterface.memberMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 8] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberMeronym) + newline);
if (!nounPointersInterface.substanceMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[ 9] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.substanceMeronym) + newline);
if (!nounPointersInterface.partMeronym.empty())
out.append(tab + nounPointerElemDisambiguationIndex[10] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.partMeronym) + newline);
if (!nounPointersInterface.attribute.empty())
out.append(tab + nounPointerElemDisambiguationIndex[11] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.attribute) + newline);
if (!nounPointersInterface.derivationallyRelatedForm.empty())
out.append(tab + nounPointerElemDisambiguationIndex[12] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.derivationallyRelatedForm) + newline);
if (!nounPointersInterface.domainOfSynsetTOPIC.empty())
out.append(tab + nounPointerElemDisambiguationIndex[13] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetTOPIC) + newline);
if (!nounPointersInterface.memberOfThisDomainTOPIC.empty())
out.append(tab + nounPointerElemDisambiguationIndex[14] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainTOPIC) + newline);
if (!nounPointersInterface.domainOfSynsetREGION.empty())
out.append(tab + nounPointerElemDisambiguationIndex[15] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetREGION) + newline);
if (!nounPointersInterface.memberOfThisDomainREGION.empty())
out.append(tab + nounPointerElemDisambiguationIndex[16] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainREGION) + newline);
if (!nounPointersInterface.domainOfSynsetUSAGE.empty())
out.append(tab + nounPointerElemDisambiguationIndex[17] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.domainOfSynsetUSAGE) + newline);
if (!nounPointersInterface.memberOfThisDomainUSAGE.empty())
out.append(tab + nounPointerElemDisambiguationIndex[18] + colonSpace
+ prettyPrintVectorOfStrings(&nounPointersInterface.memberOfThisDomainUSAGE) + newline);
if (out.empty())
nounPointerIsEmpty = true;
return out;
};
bool verbPointerIsEmpty = false;
auto formatVerbPointers = [&] () -> std::string {
out.clear();
if (!verbPointersInterface.antonym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 0] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.antonym) + newline);
if (!verbPointersInterface.hypernym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 1] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.hypernym) + newline);
if (!verbPointersInterface.hyponym.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 2] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.hyponym) + newline);
if (!verbPointersInterface.entailment.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 3] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.entailment) + newline);
if (!verbPointersInterface.cause.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 4] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.cause) + newline);
if (!verbPointersInterface.alsoSee.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 5] + colonSpace
+ prettyPrintVectorOfStrings(&verbPointersInterface.alsoSee) + newline);
if (!verbPointersInterface.verbGroup.empty())
out.append(tab + verbPointerElemDisambiguationIndex[ 6] + colonSpace