// -------------------------------------
// Appends the digit to the digit list if it's not out of scope.
// Ignores the digit, otherwise.
//
// This function is horribly inefficient to implement with decNumber because
// the digits are stored least significant first, which requires moving all
// existing digits down one to make space for the new one to be appended.
//
void
DigitList::append(char digit)
{
U_ASSERT(digit>='0' && digit<='9');
// Ignore digits which exceed the precision we can represent
// And don't fix for larger precision. Fix callers instead.
if (decNumberIsZero(fDecNumber)) {
// Zero needs to be special cased because of the difference in the way
// that the old DigitList and decNumber represent it.
// digit cout was zero for digitList, is one for decNumber
fDecNumber->lsu[0] = digit & 0x0f;
fDecNumber->digits = 1;
fDecNumber->exponent--; // To match the old digit list implementation.
} else {
int32_t nDigits = fDecNumber->digits;
if (nDigits < fContext.digits) {
int i;
for (i=nDigits; i>0; i--) {
fDecNumber->lsu[i] = fDecNumber->lsu[i-1];
}
fDecNumber->lsu[0] = digit & 0x0f;
fDecNumber->digits++;
// DigitList emulation - appending doesn't change the magnitude of existing
// digits. With decNumber's decimal being after the
// least signficant digit, we need to adjust the exponent.
fDecNumber->exponent--;
}
}
internalClear();
}
/**
* Set the DigitList from a decimal number string.
*
* The incoming string _must_ be nul terminated, even though it is arriving
* as a StringPiece because that is what the decNumber library wants.
* We can get away with this for an internal function; it would not
* be acceptable for a public API.
*/
void
DigitList::set(const StringPiece &source, UErrorCode &status) {
if (U_FAILURE(status)) {
return;
}
// Figure out a max number of digits to use during the conversion, and
// resize the number up if necessary.
int32_t numDigits = source.length();
if (numDigits > fContext.digits) {
// fContext.digits == fStorage.getCapacity()
decNumber *t = fStorage.resize(numDigits, fStorage.getCapacity());
if (t == NULL) {
status = U_MEMORY_ALLOCATION_ERROR;
return;
}
fDecNumber = t;
fContext.digits = numDigits;
}
fContext.status = 0;
uprv_decNumberFromString(fDecNumber, source.data(), &fContext);
if ((fContext.status & DEC_Conversion_syntax) != 0) {
status = U_DECIMAL_NUMBER_SYNTAX_ERROR;
}
internalClear();
}
/*
* Divide
* The number will _not_ be expanded for inexact results.
* TODO: probably should expand some, for rounding increments that
* could add a few digits, e.g. .25, but not expand arbitrarily.
*/
void
DigitList::div(const DigitList &other, UErrorCode &status) {
if (U_FAILURE(status)) {
return;
}
uprv_decNumberDivide(fDecNumber, fDecNumber, other.fDecNumber, &fContext);
internalClear();
}
void
DigitList::setDigit(int32_t i, char v) {
int32_t count = fDecNumber->digits;
U_ASSERT(i<count);
U_ASSERT(v>='0' && v<='9');
v &= 0x0f;
fDecNumber->lsu[count-i-1] = v;
internalClear();
}
void
DigitList::setPositive(UBool s) {
if (s) {
fDecNumber->bits &= ~DECNEG;
} else {
fDecNumber->bits |= DECNEG;
}
internalClear();
}
/**
* Round the representation to the given number of digits.
* @param maximumDigits The maximum number of digits to be shown.
* Upon return, count will be less than or equal to maximumDigits.
*/
void
DigitList::round(int32_t maximumDigits)
{
int32_t savedDigits = fContext.digits;
fContext.digits = maximumDigits;
uprv_decNumberPlus(fDecNumber, fDecNumber, &fContext);
fContext.digits = savedDigits;
uprv_decNumberTrim(fDecNumber);
internalClear();
}
/**
* Set the DigitList from a decimal number string.
*
* The incoming string _must_ be nul terminated, even though it is arriving
* as a StringPiece because that is what the decNumber library wants.
* We can get away with this for an internal function; it would not
* be acceptable for a public API.
*/
void
DigitList::set(StringPiece source, UErrorCode &status, uint32_t /*fastpathBits*/) {
if (U_FAILURE(status)) {
return;
}
#if 0
if(fastpathBits==(kFastpathOk|kNoDecimal)) {
int32_t size = source.size();
const char *data = source.data();
int64_t r = 0;
int64_t m = 1;
// fast parse
while(size>0) {
char ch = data[--size];
if(ch=='+') {
break;
} else if(ch=='-') {
r = -r;
break;
} else {
int64_t d = ch-'0';
//printf("CH[%d]=%c, %d, *=%d\n", size,ch, (int)d, (int)m);
r+=(d)*m;
m *= 10;
}
}
//printf("R=%d\n", r);
set(r);
} else
#endif
{
// Figure out a max number of digits to use during the conversion, and
// resize the number up if necessary.
int32_t numDigits = source.length();
if (numDigits > fContext.digits) {
// fContext.digits == fStorage.getCapacity()
decNumber *t = fStorage.resize(numDigits, fStorage.getCapacity());
if (t == NULL) {
status = U_MEMORY_ALLOCATION_ERROR;
return;
}
fDecNumber = t;
fContext.digits = numDigits;
}
fContext.status = 0;
uprv_decNumberFromString(fDecNumber, source.data(), &fContext);
if ((fContext.status & DEC_Conversion_syntax) != 0) {
status = U_DECIMAL_NUMBER_SYNTAX_ERROR;
}
}
internalClear();
}
void
DigitList::setCount(int32_t c) {
U_ASSERT(c <= fContext.digits);
if (c == 0) {
// For a value of zero, DigitList sets all fields to zero, while
// decNumber keeps one digit (with that digit being a zero)
c = 1;
fDecNumber->lsu[0] = 0;
}
fDecNumber->digits = c;
internalClear();
}
/*
* Multiply
* The number will be expanded if need be to retain full precision.
* In practice, for formatting, multiply is by 10, 100 or 1000, so more digits
* will not be required for this use.
*/
void
DigitList::mult(const DigitList &other, UErrorCode &status) {
fContext.status = 0;
int32_t requiredDigits = this->digits() + other.digits();
if (requiredDigits > fContext.digits) {
reduce(); // Remove any trailing zeros
int32_t requiredDigits = this->digits() + other.digits();
ensureCapacity(requiredDigits, status);
}
uprv_decNumberMultiply(fDecNumber, fDecNumber, other.fDecNumber, &fContext);
internalClear();
}
void
DigitList::setDecimalAt(int32_t d) {
U_ASSERT((fDecNumber->bits & DECSPECIAL) == 0); // Not Infinity or NaN
U_ASSERT(d-1>-999999999);
U_ASSERT(d-1< 999999999);
int32_t adjustedDigits = fDecNumber->digits;
if (decNumberIsZero(fDecNumber)) {
// Account for difference in how zero is represented between DigitList & decNumber.
adjustedDigits = 0;
}
fDecNumber->exponent = d - adjustedDigits;
internalClear();
}
void
DigitList::roundFixedPoint(int32_t maximumFractionDigits) {
reduce(); // Remove trailing zeros.
if (fDecNumber->exponent >= -maximumFractionDigits) {
return;
}
decNumber scale; // Dummy decimal number, but with the desired number of
uprv_decNumberZero(&scale); // fraction digits.
scale.exponent = -maximumFractionDigits;
scale.lsu[0] = 1;
uprv_decNumberQuantize(fDecNumber, fDecNumber, &scale, &fContext);
reduce();
internalClear();
}
/**
* Round the representation to the given number of digits.
* @param maximumDigits The maximum number of digits to be shown.
* Upon return, count will be less than or equal to maximumDigits.
*/
void
DigitList::round(int32_t maximumDigits)
{
reduce();
if (maximumDigits >= fDecNumber->digits) {
return;
}
int32_t savedDigits = fContext.digits;
fContext.digits = maximumDigits;
uprv_decNumberPlus(fDecNumber, fDecNumber, &fContext);
fContext.digits = savedDigits;
uprv_decNumberTrim(fDecNumber);
reduce();
internalClear();
}
QXmlStreamReader& SimpleLoggerRoutingInfo::read(QXmlStreamReader& reader)
{
internalClear();
//qDebug("Ready SimpleLoggerRoutingInfo::read");
QString name;
while (!reader.atEnd()) {
if (reader.isStartElement()) {
name = reader.name().toString();
//qDebug(qPrintable(QString("Found start element thingy name %1").arg(name)));
if (QString::compare(name, "SimpleLoggerRoutingInfo", Qt::CaseInsensitive) == 0) {
readInternals(reader, "1");
return reader;
} else {
reader.raiseError(QObject::tr("Not a SimpleLoggerRoutingInfo"));
}
} else if (reader.isEndElement()) {
return reader;
}
reader.readNext();
}
return reader;
}
void
DigitList::shiftDecimalRight(int32_t n) {
fDecNumber->exponent += n;
internalClear();
}
GridMaker::~GridMaker()
{ internalClear(); }
void CollisionBlock::clear(){
internalClear();
}
GenericObject::~GenericObject() {
internalClear();
}
void StrList::clear()
{
internalClear();
}
//Destruktor, kör internalClear funktionen för att rensa mapparna
ResourceHandler::~ResourceHandler() { internalClear(); }
StrList::~StrList()
{
internalClear();
}