void NumberEdit::texttChanged(const QString& text) {
QString in=text;
if (!suffix.isEmpty()) {
if (text.endsWith(suffix)) {
in=in.remove(text.size()-suffix.size(), suffix.size());
}
}
double d=extractVal(text);
setViewOK();
if ((checkMax) && (d>max)) {
d=max;
setViewError();
}//setValue(d);}
if ((checkMin) && (d<min)) {
d=min;
setViewError();
}//setValue(d); }
//std::cout<<d<<std::endl;
//QMessageBox::information(this, "", QString("value is %1").arg(d));
else emit valueChanged(d);
if ((!suffix.isEmpty()) && (!text.contains(suffix))) {
int cp=cursorPosition();
setText(text+suffix);
setCursorPosition(cp);
}
}
void NumberEdit::setValue(double value) {
double v=value;
if (v!=0 && v==extractVal(text())) return;
if (checkMin) if (v<min) v=min;
if (checkMax) if (v>max) v=max;
QString t;
t.setNum(v, 'f', decimals);
setText(t+suffix);
setViewOK();
}
double NumberEdit::value() {
double d=extractVal(text());
return d;
}
static void loadTable()
{
//
// Just loop, reading lines at a time, until we either find the start
// of the character table or hit the end of the file. Along the way, we
// should see a few header values that we store away.
//
const unsigned int tmpBufSz = 2048;
char tmpBuf[tmpBufSz - 1];
while (getLine(tmpBuf, tmpBufSz))
{
//
// Check for one of the special values we are intersted int. If
// its CHARMAP, then we fall out of this loop.
//
if (!strcmp(tmpBuf, "CHARMAP"))
break;
if (!strncmp(tmpBuf, "<mb_cur_max>", 12))
{
gMaxChar = extractVal(&tmpBuf[12]);
}
else if (!strncmp(tmpBuf, "<mb_cur_min>", 12))
{
gMinChar = extractVal(&tmpBuf[12]);
}
else if (!strncmp(tmpBuf, "<subchar>", 9))
{
gRepChar = (char)extractVal(&tmpBuf[9]);
}
}
//
// Ok, now we just run till we hit the "END CHARMAP" line. Each entry
// will be in the form:
//
// <UXXXX> \xXX
//
// Where X is a hex number.
//
char* endPtr;
while (getLine(tmpBuf, tmpBufSz))
{
// Watch for the end of table
if (!strcmp(tmpBuf, "END CHARMAP"))
break;
// The absolute minium it could be is 12 chars
if (strlen(tmpBuf) < 12)
{
cout << "Line " << fLineNum << " is too short to hold a valid entry"
<< endl;
exit(1);
}
// Make sure the first token meets the criteria
if ((tmpBuf[0] != '<')
|| (tmpBuf[1] != 'U')
|| (tmpBuf[6] != '>'))
{
cout << "Line " << fLineNum << " has a badly formed Unicode value"
<< endl;
exit(1);
}
//
// Looks reasonable so lets try to convert it. We can play tricks
// with this buffer, so put a null over the > char.
//
tmpBuf[6] = 0;
const unsigned int uniVal = strtoul(&tmpBuf[2], &endPtr, 16);
if (*endPtr)
{
cout << "Invalid Unicode value on line " << fLineNum << endl;
exit(1);
}
//
// Ok, lets search over to the second token. We have to find a \\
// character.
//
char* srcPtr = &tmpBuf[7];
while (*srcPtr && (*srcPtr != '\\'))
srcPtr++;
// If we never found it, its in error
if (!*srcPtr)
{
cout << "Never found second token on line " << fLineNum << endl;
exit(1);
}
// Try to translate it
srcPtr += 2;
const unsigned int cpVal = strtoul(srcPtr, &endPtr, 16);
if (*endPtr)
{
cout << "Invalid code page value on line " << fLineNum << endl;
exit(1);
}
// Make sure that the values are within range
if (uniVal > 0xFFFF)
{
cout << "Unicode value is too big on line " << fLineNum << endl;
exit(1);
}
if (cpVal > 0xFF)
{
cout << "Code page value is too big on line " << fLineNum << endl;
exit(1);
}
// Looks reasonable, so add a new entry to the global table
gMainTable[gMainTableSz].uniVal = (unsigned short)uniVal;
gMainTable[gMainTableSz].cpVal = (unsigned char)cpVal;
gMainTableSz++;
}
}
