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operMethods.cpp
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#include <iostream>
#include <sstream>
#include <stdlib.h>
#include <math.h>
#include "operMethods.h"
#include "miscTools.h"
//################ GJYE OPERATOR METHODS ################//
//class Addition_Obj : public FuncObj
/* public */
Addition_Obj::Addition_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2 DEFINITIONS IN ONE CLASS
this->returnType.push_back("$");
this->returnType.push_back("%");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
// PARTYPE DEF #2
tempVec.push_back("%"); // LEFT
tempVec.push_back("%"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Addition_Obj::executeCode() {
std::string returnValue = "", tokenQualifier = "", varDataL = "", varDataR = "";
bool scalarL = false, scalarR = false;
VariableStorage * rightVector = NULL, * leftVector = NULL;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Addition: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '%') {
varDataL = vocab["left"].substr(1,vocab["left"].length()-2);
leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
else leftVector = leftVector->getVector(varDataL, false); // jump in prep for VECTOR combination (though we may not need it)
}
if (vocab["right"].at(0) == '%') {
varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
else rightVector = rightVector->getVector(varDataR, false); // jump in prep for VECTOR combination (though we may not need it)
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // addition/concatenation (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-1));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (varDataL == "") {varDataL = "0";} // positive then
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) { // addition
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
returnValue = tools::intToString(doubleDataL + doubleDataR);
}
else { // concatenation
returnValue = varDataL.append(varDataR);
}
// turn return string into a variable
tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
}
else if (!(scalarL || scalarR)) { // combination (VECTOR)
tokenQualifier = dataStructure->variableReferencer("_VECTOR_");
VariableStorage * tmp = new VariableStorage;
dataStructure->addVector(tokenQualifier, *tmp, -1, true); // create an empty set
delete tmp;
std::map<std::string, InternalDataType *, strCmp> * leftNodes = leftVector->getVectorNodes();
std::map<std::string, InternalDataType *, strCmp> * rightNodes = rightVector->getVectorNodes();
std::map<std::string, InternalDataType *>::const_iterator iter;
std::string addName = "";
for (iter = leftNodes->begin(); iter != leftNodes->end(); ++iter) {
if (leftVector->type() >= 0) addName = ""; else addName = iter->first;
if ( ((*leftNodes)[iter->first]->getType() & 3) != 0) dataStructure->getVector(tokenQualifier, false)->addVector( addName , *leftVector->getVector(iter->first) ); // it's a vector type
else dataStructure->getVector(tokenQualifier, false)->addVariable(addName, leftVector->getData(iter->first));
}
for (iter = rightNodes->begin(); iter != rightNodes->end(); ++iter) {
if (rightVector->type() >= 0) addName = ""; else addName = iter->first;
if ( ((*rightNodes)[iter->first]->getType() & 3) != 0) dataStructure->getVector(tokenQualifier, false)->addVector( addName, *rightVector->getVector(iter->first) ); // it's a vector type
else dataStructure->getVector(tokenQualifier, false)->addVariable(addName, rightVector->getData(iter->first));
}
if (varDataL.at(0) == '_') dataStructure->removeVariable(varDataL); // clean up transients
if (varDataR.at(0) == '_') dataStructure->removeVariable(varDataR);
tokenQualifier.insert(0,"%");
}
else {std::cout << "WARNING :: Addition: Unknown Data Type!" <<std::endl;}
}
return tokenQualifier;
}
/// ### ///
// ## //
//class Assignation_Obj : public FuncObj
/* public */
Assignation_Obj::Assignation_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2 DEFINITIONS IN ONE CLASS
this->returnType.push_back("$");
this->returnType.push_back("%");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
// PARTYPE DEF #2
tempVec.push_back("%"); // LEFT
tempVec.push_back("%"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Assignation_Obj::executeCode() {
std::string tokenQualifier = "";
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Assignation: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '$') { // assignation (VARIABLE)
std::string varName = vocab["left"].substr(1,vocab["left"].length()-2), varData = tools::prepareVectorData(dataStructure, vocab["right"]);
dataStructure->addVariable(varName,varData);
tokenQualifier = "$" + varName;
}
else if (vocab["left"].at(0) == '%') { // assignation (VECTOR)
std::string vecData = "", vecName, vecNameCopy = vecName = vocab["left"].substr(1,vocab["left"].length()-2);
VariableStorage * leftVector = NULL;
leftVector = dataStructure->vecStringToVector(&vecNameCopy, false); // jump to the vector object we want to modify (modifies vecNameCopy to make it the highest level)
vecNameCopy = tools::prepareVectorData(dataStructure, vecNameCopy, false); // this is the highest level! ie) %topName[index][vecNameCopy]; or %vecNameCopy;
vecData = vocab["right"].substr(1,vocab["right"].length()-1);
if (vocab["right"].at(0) == '%') {
VariableStorage * rightVector = NULL;
rightVector = dataStructure->vecStringToVector(&vecData);
vecData = tools::prepareVectorData(dataStructure, vecData);
if (rightVector->type(vecData) > 0) { // vector to vector
leftVector->addVector(vecNameCopy, *rightVector->getVector(vecData));
tokenQualifier = "%" + vecName;
}
else if (vocab["left"].find("[") != std::string::npos) { // scalar vector, check -- it must NOT be the lowest level! (%vec=$scalar; is INVALID)
leftVector->addVariable(vecNameCopy, rightVector->getData(vecData)); // we could to prepareVectorData(dataStructure, vocab["right"])
tokenQualifier = "%" + vecName;
}
else {std::cout << "ERROR :: Mishandling: Cannot convert scalar to vector (vec)!" <<std::endl;exit(1);}
}
else if (vocab["right"].at(0) == '$' && vocab["left"].find("[") != std::string::npos) { // scalar into vector -- it must NOT be the lowest level! (%vec=$var; is INVALID)
leftVector->addVariable(vecNameCopy, tools::prepareVectorData(dataStructure, "$" + vecData));
tokenQualifier = "%" + vecName;
}
else {std::cout << "ERROR :: Mishandling: Cannot convert scalar to vector!" <<std::endl;exit(1);}
}
else {std::cout << "WARNING :: Assignation: Unknown Data Type!" <<std::endl;}
}
return tokenQualifier;
}
/// ### ///
// ## //
//class Compares_Obj : public FuncObj
/* public */
Compares_Obj::Compares_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Compares_Obj::executeCode() {
std::string returnValue = "";
bool scalarL = false, scalarR = false;
int type = -1, skipAmt = 1;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Compares: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if ( vocab["left"].at(vocab["left"].length()-1) == '>' ) type = 0;
else if ( vocab["left"].at(vocab["left"].length()-1) == '<' ) type = 1;
else if ( vocab["left"].at(vocab["left"].length()-2) == '>' ) {type = 2;skipAmt = 2;}
else if ( vocab["left"].at(vocab["left"].length()-2) == '<' ) {type = 3;skipAmt = 2;}
else if ( vocab["left"].at(vocab["left"].length()-2) == '=' && vocab["left"].at(vocab["left"].length()-1) == '=' ) {type = 4;skipAmt = 2;}
else if ( vocab["left"].at(vocab["left"].length()-2) == '!' && vocab["left"].at(vocab["left"].length()-1) == '=' ) {type = 5;skipAmt = 2;}
else {std::cout << "ERROR :: Compares: Unknown type!" <<std::endl;exit(1);}
if (vocab["left"].at(0) == '%') {
std::string varDataL = vocab["left"].substr(1,vocab["left"].length()-(skipAmt+1));
VariableStorage * leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
}
if (vocab["right"].at(0) == '%') {
std::string varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
VariableStorage * rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // compare (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-skipAmt));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) {
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
if ( doubleDataL > doubleDataR ) {
if ( type == 0 || type == 2 || type == 5 ) returnValue = "1";
else returnValue = "0";
}
else if ( doubleDataL < doubleDataR ) {
if ( type == 0 || type == 2 || type == 4 ) returnValue = "0";
else returnValue = "1";
}
else { // ==
if ( type == 2 || type == 3 || type == 4 ) returnValue = "1";
else returnValue = "0";
}
} else {std::cout << "WARNING :: Compares: Unknown Operation (NaN)!" <<std::endl;}
} else {std::cout << "WARNING :: Compares: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///
// ## //
//class Division_Obj : public FuncObj
/* public */
Division_Obj::Division_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Division_Obj::executeCode() {
std::string returnValue = "";
bool scalarL = false, scalarR = false;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Division: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '%') {
std::string varDataL = vocab["left"].substr(1,vocab["left"].length()-2);
VariableStorage * leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
}
if (vocab["right"].at(0) == '%') {
std::string varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
VariableStorage * rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // division (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-1));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) {
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
returnValue = tools::intToString(doubleDataL/doubleDataR);
} else {std::cout << "WARNING :: Division: Unknown Operation (NaN)!" <<std::endl;}
} else {std::cout << "WARNING :: Division: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///
// ## //
//class Modulus_Obj : public FuncObj
/* public */
Modulus_Obj::Modulus_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Modulus_Obj::executeCode() {
std::string returnValue = "";
bool scalarL = false, scalarR = false;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Modulus: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '%') {
std::string varDataL = vocab["left"].substr(1,vocab["left"].length()-2);
VariableStorage * leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
}
if (vocab["right"].at(0) == '%') {
std::string varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
VariableStorage * rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // modulus (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-1));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) {
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
returnValue = tools::intToString(fmod(doubleDataL, doubleDataR));
} else {std::cout << "WARNING :: Modulus: Unknown Operation (NaN)!" <<std::endl;}
} else {std::cout << "WARNING :: Modulus: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///
// ## //
//class Multiplication_Obj : public FuncObj
/* public */
Multiplication_Obj::Multiplication_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Multiplication_Obj::executeCode() {
std::string returnValue = "";
bool scalarL = false, scalarR = false;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Multiplication: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '%') {
std::string varDataL = vocab["left"].substr(1,vocab["left"].length()-2);
VariableStorage * leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
}
if (vocab["right"].at(0) == '%') {
std::string varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
VariableStorage * rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // multiplication (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-1));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) {
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
returnValue = tools::intToString(doubleDataL*doubleDataR);
} else {std::cout << "WARNING :: Multiplication: Unknown Operation (NaN)!" <<std::endl;}
} else {std::cout << "WARNING :: Multiplication: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///
// ## //
//class Subtraction_Obj : public FuncObj
/* public */
Subtraction_Obj::Subtraction_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Subtraction_Obj::executeCode() {
std::string returnValue = "";
bool scalarL = false, scalarR = false;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Subtraction: Malformed Right Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["left"].at(0) == '%') {
std::string varDataL = vocab["left"].substr(1,vocab["left"].length()-2);
VariableStorage * leftVector = dataStructure->vecStringToVector(&varDataL);
varDataL = tools::prepareVectorData(dataStructure, varDataL, false);
if (leftVector->type(varDataL) == 0) {scalarL = true;}
}
if (vocab["right"].at(0) == '%') {
std::string varDataR = vocab["right"].substr(1,vocab["right"].length()-1);
VariableStorage * rightVector = dataStructure->vecStringToVector(&varDataR);
varDataR = tools::prepareVectorData(dataStructure, varDataR, false);
if (rightVector->type(varDataR) == 0) {scalarR = true;}
}
if (vocab["left"].at(0) == '$' || vocab["right"].at(0) == '$' || scalarL || scalarR) { // subtraction (SCALAR)
std::string varDataL = tools::prepareVectorData(dataStructure, vocab["left"].substr(0,vocab["left"].length()-1));
std::string varDataR = tools::prepareVectorData(dataStructure, vocab["right"]);
if (varDataL == "") {varDataL = "0";} // negative then
if (tools::isNumber(varDataL) && tools::isNumber(varDataR)) {
double doubleDataL,doubleDataR;
doubleDataL = tools::stringToInt(varDataL);
doubleDataR = tools::stringToInt(varDataR);
returnValue = tools::intToString(doubleDataL - doubleDataR);
} else {std::cout << "WARNING :: Subtraction: Unknown Operation (NaN)!" <<std::endl;} // allow difference of vectors? (like addition has)
} else {std::cout << "WARNING :: Subtraction: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///
// ## //
//class Unaries_Obj : public FuncObj
/* public */
Unaries_Obj::Unaries_Obj(DataStorageStack * storage) : FuncObj(storage) {
// VERB DECLARATION
std::map<std::string, std::string> tempMap;
tempMap["left"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 2ND PARAMETER
tempMap["right"] = "";
this->vocabulary.push_back( tempMap );
tempMap.clear();
this->isOptional.push_back(false);
// 1 DEFINITION
this->returnType.push_back("$");
// PARTYPE DEF #1
std::vector<std::string> tempVec;
tempVec.push_back("$"); // LEFT
tempVec.push_back("$"); // RIGHT
this->paramType.push_back(tempVec);
tempVec.clear();
vocab["left"] = "";
vocab["right"] = "";
}
std::string Unaries_Obj::executeCode() {
std::string returnValue = "", unaryType = "", varData = "", vecNameCpy = "";
VariableStorage * rightVector = NULL;
bool scalarR = false;
if (vocab["right"].length() < 2)
std::cout << "WARNING :: Unary: Malformed Operand (len)!" <<std::endl; // the (right) operand isn't there ...
else {
if (vocab["right"].at(0) == '+' && vocab["right"].at(1) == '+') {
unaryType = "preInc";
vocab["right"] = vocab["right"].substr( 2 );
}
else if (vocab["right"].at(0) == '-' && vocab["right"].at(1) == '-') {
unaryType = "preDec";
vocab["right"] = vocab["right"].substr( 2 );
}
else if (vocab["right"].at(0) == '+') {
unaryType = "pos";
vocab["right"] = vocab["right"].substr( 1 );
}
else if (vocab["right"].at(0) == '-') {
unaryType = "neg";
vocab["right"] = vocab["right"].substr( 1 );
}
else if (vocab["right"].at(0) == '!') {
unaryType = "lNot";
vocab["right"] = vocab["right"].substr( 1 );
}
else if (vocab["right"].at( vocab["right"].length()-1 ) == '+' && vocab["right"].at( vocab["right"].length()-2 ) == '+') {
unaryType = "postInc";
vocab["right"] = vocab["right"].substr( 0, vocab["right"].length()-2 );
}
else if (vocab["right"].at( vocab["right"].length()-1 ) == '-' && vocab["right"].at( vocab["right"].length()-2 ) == '-') {
unaryType = "postDec";
vocab["right"] = vocab["right"].substr( 0, vocab["right"].length()-2 );
}
else {std::cout << "WARNING :: Unary: Unknown Operation (NaN)!" <<std::endl;}
if (vocab["right"].at(0) == '%') {
vecNameCpy = vocab["right"].substr(1,vocab["right"].length()-1);
rightVector = dataStructure->vecStringToVector(&vecNameCpy);
vecNameCpy = tools::prepareVectorData(dataStructure, vecNameCpy, false);
if (rightVector->type(vecNameCpy) == 0) {scalarR = true;}
}
if ( unaryType != "" && (vocab["right"].at(0) == '$' || scalarR) ) {
varData = tools::prepareVectorData(dataStructure, vocab["right"]);
if ( tools::isNumber(varData) ) {
double doubleData;
if ( unaryType == "preInc" ) {
doubleData = tools::stringToInt(varData);
doubleData = doubleData + 1;
returnValue = tools::intToString(doubleData);
}
else if ( unaryType == "preDec" ) {
doubleData = tools::stringToInt(varData);
doubleData = doubleData - 1;
returnValue = tools::intToString(doubleData);
}
else if ( unaryType == "pos" ) {
doubleData = tools::stringToInt(varData);
returnValue = tools::intToString(doubleData);
}
else if ( unaryType == "neg" ) {
doubleData = tools::stringToInt(varData);
returnValue = tools::intToString(-doubleData);
}
else if ( unaryType == "lNot" ) {
doubleData = tools::stringToInt(varData);
doubleData = (doubleData == 0) ? 1 : 0;
returnValue = tools::intToString(doubleData);
}
else if ( unaryType == "postInc" ) {
doubleData = tools::stringToInt(varData);
returnValue = tools::intToString(doubleData);
doubleData = doubleData + 1;
}
else if ( unaryType == "postDec" ) {
doubleData = tools::stringToInt(varData);
returnValue = tools::intToString(doubleData);
doubleData = doubleData - 1;
}
else {doubleData = 0;} // this shouldn't be possible by now (but compiler will warn us if we don't)
// update value
if ( unaryType != "pos" && unaryType != "neg" && unaryType != "lNot" ) {
if (scalarR) // vector
rightVector->addVariable( vecNameCpy, tools::intToString(doubleData) );
else
dataStructure->addVariable( vocab["right"].substr(1,vocab["right"].length()-1), tools::intToString(doubleData) );
}
} else {std::cout << "WARNING :: Unary: Unknown Data Value Type!" <<std::endl;}
} else {std::cout << "WARNING :: Unary: Unknown Data Type!" <<std::endl;}
}
// turn return string into a variable
std::string tokenQualifier = dataStructure->variableReferencer("_STRING_");
dataStructure->addVariable(tokenQualifier,returnValue, -1, true);
tokenQualifier.insert(0,"$");
return tokenQualifier;
}
/// ### ///