int main(int argc, char **argv)
{ max_x=max_y=min_x=min_y=MID;
readDictionary(*argv +1);
ws_maker();
setlastFour();
getMaxAndMin_X_Y();
if(debug)
for(int i=0; i<MAXMATRIX; i++){
for(int j=0; j<MAXMATRIX; j++)
printf("%C",Word[i][j]);
printf("\n");
}
FILE *h;
h = fopen("answer.txt", "w+");
for(int i=0; i<max_x - min_x +1 ; i++){
for(int j=0; j<max_y - min_y +1; j++){
answer[i][j] = Word[min_x+i][min_y+j];
if(answer[i][j] == 0)
answer[i][j] = 'Z';
printf("%c ", answer[i][j]);
fputc(answer[i][j],h);
}
printf("\n");
fputc('\n',h);
}
printf("%d %d %d %d\n",max_x ,min_x, max_y ,min_y);
}
/**
Funkcja otwierajaca plik z rozszerzeniem dt
@param name nazwa otwieranego pliku
@param name_save nazwa pliku wynikowego
*/
void Reader::open(string name,string name_save){
size_t found = name.find(".dt");
if(found==-1)
{
name = name + ".dt";
}
char *nazwa= new char[name.length()+1];
strcpy( nazwa, name.c_str() );
plik.open( nazwa, ios::in|ios::binary);
if( plik.good() == true )
{
// wczytanie width
plik.seekg( 0,ios::beg );
int length =24;
char * buffer = new char [length];
plik.read(buffer,length);
string helpReader;
helpReader =charToString(buffer,length);
width=bin2dec(helpReader);
// end of width
//wczytanie height
plik.read(buffer,length);
helpReader =charToString(buffer,length);
height=bin2dec(helpReader);
//end of height
//wczytanie pixelWidth
plik.read(buffer,length);
helpReader =charToString(buffer,length);
pixelWidth=bin2dec(helpReader);
//end of pixelWidth
//wczytaniey
length =16;
buffer = new char [length];
plik.read(buffer,length);
helpReader =charToString(buffer,length);
dictionaryStart=bin2dec(helpReader);
// endo of dictionaryStart
//wczytanie pictureStart
plik.read(buffer,length);
helpReader =charToString(buffer,length);
pictureStart=bin2dec(helpReader);
///end of pictureStart
screen = SDL_SetVideoMode(width, height,32,SDL_RESIZABLE|SDL_DOUBLEBUF);
readDictionary(name_save);
}
plik.close();
}
void jccTest(char *dictionary, char *phoneBook, char *output)
/* jccTest - Test program.. */
{
int maxSize;
struct hash *hash = readDictionary(dictionary, &maxSize);
processPhoneBook(hash, maxSize, phoneBook, output);
}
int main(int argc, char *argv[]) {
readDictionary();
size_t tam;
std::ifstream fileStream(argv[1]);
if (!fileStream) {
std::cerr << "ERROR";
exit(-1);
}
while (fileStream >> tam >> letters) {
std::sort(letters.begin(), letters.end());
char previous = letters[0];
static std::string uniqueLetters;
uniqueLetters.push_back(previous);
for (char c : letters) {
if (c != previous) {
uniqueLetters.push_back(c);
previous = c;
}
}
std::vector<std::string> candidates = getWords(uniqueLetters, tam);
std::vector<std::string> wordSquare = findWordSquare(candidates, tam);
for (std::string s : wordSquare) {
std::cout << s << std::endl;
}
std::cout << std::endl;
}
return 0;
}
int main (void) {
int row, col, i, max;
char *str = malloc(sizeof(char) * (MAX_WORD_LENGTH + 1));
char temp[2];
Dictionary *dict = malloc(sizeof(Dictionary));
WordSearchPuzzle *puzzle = malloc(sizeof(WordSearchPuzzle));
readDictionary(dict);
readPuzzle(puzzle);
//set bigger dimension of puzzle, use for determining
//length of diagonal for() loops
if (puzzle->height > puzzle->width) {
max = puzzle->height;
} else {
max = puzzle->width;
}
temp[1] = '\0';
for (row = 0; row < puzzle->height; row++) {
for (col = 0; col < puzzle->width; col++) {
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//single char strings
*str = puzzle->grid[row][col];
checkString(dict, str);
//build strings horizontally-right
for (i = 1; i < puzzle->width; i++) {
//make sure not to go too far!
if (col + i < puzzle->width) {
temp[0] = puzzle->grid[row][col + i];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build strings horizontally-left
for (i = 1; i < puzzle->width; i++) {
//make sure not to go too far!
if (col - i > 0) {
temp[0] = puzzle->grid[row][col - i];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build strings vertically-down
for (i = 1; i < puzzle->height; i++) {
if (row + i < puzzle->height) {
temp[0] = puzzle->grid[row + i][col];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build strings vertically-up
for (i = 1; i < puzzle->height; i++) {
//why is this >=? top row of puzzle (height/width ints) hindering correct reading?
if (row - i >= 0) {
temp[0] = puzzle->grid[row - i][col];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build string diagonally up-left
for (i = 1; i <= max; i++) {
if (row - i >= 0 && col - i >= 0) {
temp[0] = puzzle->grid[row - i][col - i];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build string diagonally up-right
for (i = 1; i < max; i++) {
if (row - i >= 0 && col + i < puzzle->width) {
temp[0] = puzzle->grid[row - i][col + i];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build string diagonally down-left
for (i = 1; i < max; i++) {
if (row + i < puzzle->height && col - i >= 0) {
temp[0] = puzzle->grid[row + i][col - i];
str = strcat(str, temp);
checkString(dict, str);
}
}
//clear array, except for char at index 0
for (i = 1; i < MAX_WORD_LENGTH + 1; i++) {
str[i] = '\0';
}
//build string diagonally down-right
for (i = 1; i < max; i++) {
if (row + i < puzzle->height && col + i < puzzle->width) {
temp[0] = puzzle->grid[row + i][col + i];
str = strcat(str, temp);
checkString(dict, str);
}
}
}//end [col] for loop
}//end [row] for loop
for (i = 0; i < dict->size; i++) {
if (dict->counts[i] > 0) {
printf("%s (%d)\n", dict->words[i], dict->counts[i]);
}
}
destroyDictionary(dict);
destroyPuzzle(puzzle);
free(str);
str = NULL;
return 0;
}
bool
ClParserParser::
parse()
{
ClParserOperatorType op = CL_PARSER_OP_NONE;
error_code_ = 0;
bool expression = false;
parse_.skipSpace();
while (! parse_.eof()) {
/* <expression> := <inline_operator> <expression>
<expression> := <expression> <inline_operator> */
if (parse_.isString("++") || parse_.isString("--")) {
if (parse_.isChar('+'))
ClParserStackMgrInst->push(CL_PARSER_OP_INCREMENT);
else
ClParserStackMgrInst->push(CL_PARSER_OP_DECREMENT);
ClParserStackMgrInst->toNext();
parse_.skipChars(2);
if (! expression) {
ClParserParser parser(this);
if (! parser.parse()) {
error_code_ = parser.getErrorCode();
goto fail;
}
if (parser.isAssign()) {
error_code_ = int(ClErr::INVALID_LVALUE_FOR_ASSIGNMENT);
goto fail;
}
}
expression = true;
}
/* <expression> := <unary_operator> <expression> */
else if (! expression && parse_.isOneOf(parser_unary_operator_chars)) {
if (! readUnaryOperator(&op)) {
error_code_ = int(ClErr::INVALID_CHARACTER);
goto fail;
}
ClParserStackMgrInst->push(op);
ClParserStackMgrInst->toNext();
ClParserParser parser(this);
if (! parser.parse()) {
error_code_ = parser.getErrorCode();
goto fail;
}
if (parser.isAssign()) {
error_code_ = int(ClErr::INVALID_LVALUE_FOR_ASSIGNMENT);
goto fail;
}
expression = true;
}
/* <expression> := '(' <expression> ')' */
else if (! expression && parse_.isChar('(')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_R_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
ClParserParser parser(this);
/* TODO: set end char */
if (! parser.parse() &&
parser.getErrorCode() != int(ClErr::INVALID_CHARACTER)) {
error_code_ = parser.getErrorCode();
goto fail;
}
parse_.skipSpace();
if (! parse_.isChar(')')) {
error_code_ = int(ClErr::MISSING_CLOSE_ROUND_BRACKET);
goto fail;
}
ClParserStackMgrInst->push(CL_PARSER_OP_CLOSE_R_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
expression = true;
}
/* <expression> := <numeric_value> */
else if (! expression && (parse_.isDigit() || parse_.isChar('.'))) {
ClParserValuePtr value;
if (! readNumericValue(value))
goto fail;
ClParserStackMgrInst->push(value);
ClParserStackMgrInst->toNext();
expression = true;
}
/* <expression> := <string_value> */
else if (! expression && parse_.isOneOf(parser_string_chars)) {
ClParserValuePtr value;
if (! readStringValue(value))
goto fail;
ClParserStackMgrInst->push(value);
ClParserStackMgrInst->toNext();
expression = true;
}
/* <expression> := <array_value> */
else if (! expression && parse_.isChar('[')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_S_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readArray())
goto fail;
expression = true;
}
/* <expression> := <dict_value> */
else if (! expression && parse_.isString("{{")) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_DICT);
ClParserStackMgrInst->toNext();
parse_.skipChars(2);
if (! readDictionary())
goto fail;
expression = true;
}
/* <expression> := <list_value> */
else if (! expression && parse_.isChar('{')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_BRACE);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readList())
goto fail;
expression = true;
}
/* <expression> := <expression> <binary_operator> <expression> */
else if (expression && parse_.isOneOf(parser_binary_operator_chars)) {
if (! readBinaryOperator(&op))
goto fail;
ClParserStackMgrInst->push(op);
ClParserStackMgrInst->toNext();
ClParserParser parser(this);
if (! parser.parse()) {
error_code_ = parser.getErrorCode();
goto fail;
}
ClParserOperatorPtr op1 = ClParserOperatorMgrInst->getOperator(op);
if (! op1->isAssignment() && parser.isAssign()) {
error_code_ = int(ClErr::INVALID_LVALUE_FOR_ASSIGNMENT);
goto fail;
}
if (op1->isAssignment())
assign_ = true;
expression = true;
}
/* <expression> := <expression> '?' <expression> ':' <expression> */
else if (expression && parse_.isChar('?')) {
ClParserStackMgrInst->push(CL_PARSER_OP_QUESTION_MARK);
ClParserStackMgrInst->toNext();
parse_.skipChar();
ClParserParser parser1(this);
if (! parser1.parse() &&
parser1.getErrorCode() != int(ClErr::INVALID_CHARACTER)) {
error_code_ = parser1.getErrorCode();
goto fail;
}
parse_.skipSpace();
if (! parse_.isChar(':')) {
error_code_ = int(ClErr::MISSING_COLON_OPERATOR);
goto fail;
}
ClParserStackMgrInst->push(CL_PARSER_OP_COLON);
ClParserStackMgrInst->toNext();
parse_.skipChar();
ClParserParser parser2(this);
if (! parser2.parse() &&
parser2.getErrorCode() != int(ClErr::INVALID_CHARACTER)) {
error_code_ = parser2.getErrorCode();
goto fail;
}
assign_ = parser1.isAssign() | parser2.isAssign();
expression = true;
}
/* <expression> := <expression> '[' <expression> ',' .... ']' */
else if (expression && parse_.isChar('[')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_S_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readArray())
goto fail;
expression = true;
}
/* <expression> := <expression> ',' <expression> */
else if (expression && parse_.isChar(',')) {
ClParserStackMgrInst->push(CL_PARSER_OP_COMMA);
ClParserStackMgrInst->toNext();
parse_.skipChar();
ClParserParser parser(this);
if (! parser.parse()) {
error_code_ = parser.getErrorCode();
goto fail;
}
expression = true;
}
/* <expression> := <variable> */
/* <expression> := <variable> '.' <variable> '.' <...> */
/* <expression> := <variable> '[' <expression> ',' .... ']' */
/* <expression> := <function> '(' <expression> ',' .... ')' */
/* <expression> := <type> '(' <expression> ',' .... ')' */
else if (! expression &&
((! ClParserInst->getDollarPrefix() && parse_.isIdentifier()) ||
( ClParserInst->getDollarPrefix() &&
parse_.isChar('$') && parse_.isIdentifier(1)))) {
if (ClParserInst->getDollarPrefix() && parse_.isChar('$'))
parse_.skipChar();
ClParserIdentifierPtr identifier;
if (! readIdentifier(identifier))
goto fail;
const std::string &name = identifier->getName();
ClParserScopePtr scope = identifier->getScope();
parse_.skipSpace();
if (parse_.isChar('(')) {
ClParserInternFnPtr internfn;
if (scope.isValid())
internfn = scope->getInternFn(name);
else
internfn = ClParserInst->getInternFn(name);
if (internfn.isValid()) {
ClParserStackMgrInst->push(internfn);
ClParserStackMgrInst->toNext();
}
else {
ClParserUserFnPtr userfn;
if (scope.isValid())
userfn = scope->getUserFn(name);
else
userfn = ClParserInst->getUserFn(name);
if (userfn.isValid()) {
ClParserStackMgrInst->push(userfn);
ClParserStackMgrInst->toNext();
}
else {
ClParserTypePtr type = ClParserInst->getType(name);
if (type.isValid()) {
ClParserStackMgrInst->push(type);
ClParserStackMgrInst->toNext();
}
else {
identifier->setFunction();
ClParserStackMgrInst->push(identifier);
ClParserStackMgrInst->toNext();
}
}
}
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_R_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readArgList())
goto fail;
expression = true;
}
else {
identifier->setVariable();
ClParserStackMgrInst->push(identifier);
ClParserStackMgrInst->toNext();
if (parse_.isChar('[')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_S_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readArray())
goto fail;
parse_.skipSpace();
}
while (parse_.isChar('.')) {
identifier->setStructPart();
ClParserStackMgrInst->push(CL_PARSER_OP_DOT);
ClParserStackMgrInst->toNext();
parse_.skipChar();
parse_.skipSpace();
if (! readIdentifier(identifier)) {
error_code_ = int(ClErr::INVALID_CHARACTER);
goto fail;
}
identifier->setVariable();
ClParserStackMgrInst->push(identifier);
ClParserStackMgrInst->toNext();
if (parse_.isChar('[')) {
ClParserStackMgrInst->push(CL_PARSER_OP_OPEN_S_BRACKET);
ClParserStackMgrInst->toNext();
parse_.skipChar();
if (! readArray())
goto fail;
parse_.skipSpace();
}
}
expression = true;
}
}
/* <expression> := <string_value> */
else if (! expression && ClParserInst->getDollarPrefix()) {
std::string str;
parse_.readNonSpace(str);
ClParserValuePtr value = ClParserValueMgrInst->createValue(str);
ClParserStackMgrInst->push(value);
ClParserStackMgrInst->toNext();
parse_.skipSpace();
expression = true;
}
else {
error_code_ = int(ClErr::INVALID_CHARACTER);
goto fail;
}
parse_.skipSpace();
}
if (error_code_ == 0 && ! expression) {
error_code_ = int(ClErr::NULL_EXPRESSION);
goto fail;
}
if (parent_)
parent_->parse_.setPos(parent_->parse_.getPos() + parse_.getPos());
return true;
fail:
if (parent_)
parent_->parse_.setPos(parent_->parse_.getPos() + parse_.getPos());
return false;
}
int main(int argc, char* argv[])
{
std::ifstream wordFile, inFile;
std::queue<std::string> matchingCase;
std::vector<std::string> dictionary, input;
// cmake build version(as specified in cmake header
std::cout << "VERSION " << MAJOR << "." << MINOR << std::endl;
// if the user enters no args
if(argc == 1) {
std::cout << "Usage: ./auto <wordList> <inputFile>" << std::endl;
return 1;
// testing for retarded user
} else if(argc == 2) {
std::cout << "Error, must provide inputFile" << std::endl;
return 1;
}
// open dictionary text file
if(!openGood(wordFile, argv[1])) {
std::cout << "Error, dictionary file could not be opened\n";
return 1;
}
// now open input file with the words we need to complete
if(!openGood(inFile, argv[2])) {
std::cout << "Error, input file could not be opened\n";
return 1;
}
#ifdef USE_INPUT
readDictionary(wordFile, dictionary, argv[1]);
readInput(inFile, input, argv[2]);
#else
//--------------------------------------------------------------------
input.push_back("par");
dictionary.push_back("apple");
dictionary.push_back("and");
dictionary.push_back("batman");
dictionary.push_back("gone");
dictionary.push_back("imaginary");
dictionary.push_back("parachute");
dictionary.push_back("paraglide");
dictionary.push_back("testing");
dictionary.push_back("zoo");
//--------------------------------------------------------------------
#endif
//check to make sure list is sorted!
//--check, ok done
if(!search(dictionary, input, matchingCase)) {
std::cout << "no words have been found matching...." << std::endl;
return 1;
}
// print contents of queue
while(!matchingCase.empty()) {
//make sure to display our queue in the order we found them
std::cout << matchingCase.front() << std::endl;
//pop off the front of the queue
matchingCase.pop();
}
return 0;
}