void Checker::prepareForDisplay (const QPolygonF &polygon,
int pointRadius,
const DocumentModelAxesChecker &modelAxesChecker,
const DocumentModelCoords &modelCoords)
{
LOG4CPP_INFO_S ((*mainCat)) << "Checker::prepareForDisplay";
ENGAUGE_ASSERT (polygon.count () == NUM_AXES_POINTS);
// Convert pixel coordinates in QPointF to screen and graph coordinates in Point using
// identity transformation, so this routine can reuse computations provided by Transformation
QList<Point> points;
QPolygonF::const_iterator itr;
for (itr = polygon.begin (); itr != polygon.end (); itr++) {
const QPointF &pF = *itr;
Point p (DUMMY_CURVENAME,
pF,
pF);
points.push_back (p);
}
// Screen and graph coordinates are treated as the same, so identity transform is used
Transformation transformIdentity;
transformIdentity.identity();
prepareForDisplay (points,
pointRadius,
modelAxesChecker,
modelCoords,
transformIdentity);
}
/**
* Renders the spreadsheet to stdout
* @param spreadsheet Represents the spreadsheet
*/
void renderSpreadSheet(Cell spreadsheet[], FILE* file, int socket) {
size_t i;
char cell1[DISPLAY], cell2[DISPLAY], cell3[DISPLAY], cell4[DISPLAY], cell5[DISPLAY], cell6[DISPLAY], cell7[DISPLAY], cell8[DISPLAY], cell9[DISPLAY];
char trun1[TRUNCATE], trun2[TRUNCATE], trun3[TRUNCATE], trun4[TRUNCATE], trun5[TRUNCATE], trun6[TRUNCATE], trun7[TRUNCATE], trun8[TRUNCATE], trun9[TRUNCATE];
char buffer[BUFFER_SIZE];
bool writeToSocket;
FILE* fd = NULL;
FILE* out = NULL;
writeToSocket = socket != -1? true : false;
if (writeToSocket)
{
fd = fdopen(socket, "w");
// printf("fd\n");
// change to full buffering instead of line buffering
// to hold entire spreadsheet.
if (setvbuf(fd, buffer, _IOFBF, BUFFER_SIZE) != 0)
die("Couldn't create buffer for spreadsheet");
}
printf("Created buffer\n");
for (i = 0; i < GRID;) {
strcpy(cell1, prepareForDisplay(spreadsheet[i].value));
strcpy(cell2, prepareForDisplay(spreadsheet[i + 1].value));
strcpy(cell3, prepareForDisplay(spreadsheet[i + 2].value));
strcpy(cell4, prepareForDisplay(spreadsheet[i + 3].value));
strcpy(cell5, prepareForDisplay(spreadsheet[i + 4].value));
strcpy(cell6, prepareForDisplay(spreadsheet[i + 5].value));
strcpy(cell7, prepareForDisplay(spreadsheet[i + 6].value));
strcpy(cell8, prepareForDisplay(spreadsheet[i + 7].value));
strcpy(cell9, prepareForDisplay(spreadsheet[i + 8].value));
strcpy(trun1, truncateOrNah(spreadsheet[i].value));
strcpy(trun2, truncateOrNah(spreadsheet[i + 1].value));
strcpy(trun3, truncateOrNah(spreadsheet[i + 2].value));
strcpy(trun4, truncateOrNah(spreadsheet[i + 3].value));
strcpy(trun5, truncateOrNah(spreadsheet[i + 4].value));
strcpy(trun6, truncateOrNah(spreadsheet[i + 5].value));
strcpy(trun7, truncateOrNah(spreadsheet[i + 6].value));
strcpy(trun8, truncateOrNah(spreadsheet[i + 7].value));
strcpy(trun9, truncateOrNah(spreadsheet[i + 8].value));
// Renders the spreadsheet row by row
out = writeToSocket? fd : file;
fprintf(out, "+--------------+ +--------------+ +--------------+ +--------------+ +--------------+ +--------------+ +--------------+ +--------------+ +--------------+"
"\n| | | | | | | | | | | | | | | | | |"
"\n| | | | | | | | | | | | | | | | | |"
"\n| %.*s | | %s | | %s | | %s | | %s | | %s | | %s | | %s | | %s |"
"\n| %s | | %s | | %s | | %s | | %s | | %s | | %s | | %s | | %s |"
"\n| | | | | | | | | | | | | | | | | |"
"\n+------%s------+ +------%s------+ +------%s------+ +------%s------+ +------%s------+ +------%s------+ +------%s------+ +------%s------+ +------%s------+",
4, cell1, cell2, cell3, cell4, cell5, cell6, cell7, cell8, cell9, trun1, trun2, trun3,
trun4, trun5, trun6, trun7, trun8, trun9, spreadsheet[i].address, spreadsheet[i + 1].address,
spreadsheet[i + 2].address, spreadsheet[i + 3].address, spreadsheet[i + 4].address,
spreadsheet[i + 5].address, spreadsheet[i + 6].address,
spreadsheet[i + 7].address, spreadsheet[i + 8].address);
fprintf(out, "\n");
i += 9;
}
// Send buffer contents(spreadsheet) to client.
if (fd) {
fflush(fd);
if (setvbuf(fd, buffer, _IOLBF, IN_BUF_LIMIT) != 0)
die("Couldn't change buffer to line buffering");
}
}
