void Table::printTable()
{
printEmptyLine();
printHouseNamesLine();
for (int i = 0; i < n; i++) {
string line("");
line += (algoNames[i].size() >= PLACE_FOR_ALGO) ? SEPRATE_CHAR + algoNames[i].substr(0, PLACE_FOR_ALGO)
: SEPRATE_CHAR + algoNames[i] + string(PLACE_FOR_ALGO - algoNames[i].size(), ' ');
int sum = 0;
for (int j = 0; j < m; j++) {
Score score = robots[j*n + i]->getScore();
int result = score.calcResult();
sum += result;
string res = std::to_string(result);
int placeForSpaces = PLACE_FOR_HOUSE - res.size();
line += SEPRATE_CHAR + string(placeForSpaces, ' ') +res;
}
double avg=sum/(double)m;
string res = std::to_string(avg);
int placeForSpace = PLACE_FOR_HOUSE - res.size() + 4; //because we want 2 digit and to_string is 6 digit
line += SEPRATE_CHAR + string(placeForSpace, ' ') + res.substr(0,res.size() - 4) + SEPRATE_CHAR;
printEmptyLine();
cout << line << endl;
}
printEmptyLine();
}
void getTicketJsonEmpty( char *s, int resultslength){
sprintf(s, "{\n");
printMultiDrawEmpty(s);
printDrawTimeEmpty(s);
printState(s);
startLines(s);
printEmptyLine(s);
printDrawDateEmpty(s);
stopLines(s);
printGameTypeID(s);
printRetNumEmpty(s);
printMultiYesNo("NO", s);
strcat(s, "}");
}
void getTicketJson( LPTICKETRESULTS p, char *s, int resultslength ){
// int i;
// int line, numLines;
int emptyJson = 0;
// if(resultslength < 1000) {printEmptyJsonTX();return;}
multiDraw = isItMultiDraw(p);
sprintf(s, "{\n");
printMultiDraw(p, s);
printDrawTimeTX(p, s);
printState(s);
startLines(s);
emptyJson = printJsonLines(p, s, resultslength);
stopLines(s);
if(emptyJson) printEmptyLine(s);
printDrawDate(p, s);
printGameTypeID(s);
printRetNum(p, s);
printMultiplier(p, s);
// "gametypeid": 5,
// "ismultiplier": false
strcat(s, "}\n");
}
int printLinesTX(LPTICKETRESULTS p, char *s, int resultslength ){
int i, flg, smUpflg;
int line, numLines;
char lineStr[1000];
int emptyJson= 0;
flg = 0;
if(ticketTypeInt == 5 || ticketTypeInt == 6 ){
char sumitUp[1000];
int line1;
for( i = 0; i < NUMFIELDS_RESULTS; i++ ){
FIELDSRESULTS result = p->fieldsResults[i];
if( result.name != NULL && strlen(result.name) > 0 ){
if(strcmp(result.name, "NUMBERS") == 0) {
numLines = getNumLinesFromStr(result.result);
if(numLines == 0) break;
flg = 1;
for( line = 0; line < numLines; line++ ){
smUpflg = 0;
if(getOneLine(result.result, line, lineStr) <= 0) {emptyJson = 1;break;}
if(strlen(s)+strlen(lineStr)+100>= resultslength) {emptyJson = 1;break;}
if(line>0)
sprintf(s, "%s,\n",s);
line1 = line+1;
sumitUp[0] = 0;
if(line1 < numLines) {
getOneLine(result.result, line1, sumitUp);
smUpflg = isItSumitUp(sumitUp);
}
printOneLineSumitUpTX(lineStr, s, sumitUp, smUpflg );
if(smUpflg) line = line1;
}
sprintf(s, "%s\n",s);
}
}
}
} else {
for( i = 0; i < NUMFIELDS_RESULTS; i++ ){
FIELDSRESULTS result = p->fieldsResults[i];
if( result.name != NULL && strlen(result.name) > 0 ){
if(strcmp(result.name, "NUMBERS") == 0) {
numLines = getNumLinesFromStr(result.result);
if(numLines == 0) break;
flg = 1;
for( line = 0; line < numLines; line++ ){
getOneLine(result.result, line, lineStr);
if(strlen(s)+strlen(lineStr)+100>= resultslength) {emptyJson = 1;break;}
if(line>0)
sprintf(s, "%s,\n",s);
printOneLineTX(lineStr, s);
}
sprintf(s, "%s\n",s);
}
}
}
}
if(flg == 0) printEmptyLine(s);
return emptyJson;
}
