+ IsValidDate() checks only day and month regarding the year, not Gregorian
cut-off date as now does IsValidAndGregorian().
+ Normalize() carries over invalid day and month values to next months and
years.
* All methods that return or internally use a day count now internally
normalize the date values, without modifying the actual Date instance. So,
if the date is not valid you may get unexpected results.
* Previously, a date with month>12 would had accessed the days-of-month
array out of bounds on all such methods. So you would had gotten
unexpected results anyway..
* Affected methods are:
GetDayOfYear()
GetWeekOfYear()
GetDaysInMonth()
static DateToDays()
* Read dates with years consisting of less than 4 digits.
ISO 8601 specifies that years are to be written with a minimum of 4 digits.
However, be lenient in what we accept.
* Write years < 1000 with leading zeros to comply with ISO 8601 YYYY.
+ IsValidDate() checks only day and month regarding the year, not Gregorian
cut-off date as now does IsValidAndGregorian().
+ Normalize() carries over invalid day and month values to next months and
years.
* All methods that return or internally use a day count now internally
normalize the date values, without modifying the actual Date instance. So,
if the date is not valid you may get unexpected results.
* Previously, a date with month>12 would had accessed the days-of-month
array out of bounds on all such methods. So you would had gotten
unexpected results anyway..
* Affected methods are:
GetDayOfYear()
GetWeekOfYear()
GetDaysInMonth()
static DateToDays()
- introduce first two basic tests (to be improved)
- rewrite of UpdateInformationProvider::load() to use comphelper
- smaller splitting of functions to be able to unit test
i.e.
mnOutWidth = maPaperSize.Width() - 2*maPageOffset.X();
mnOutWidth = maPaperSize.Width() - 2*maPageOffset.Y();
might possibly be intended to be
mnOutWidth = maPaperSize.Width() - 2*maPageOffset.X();
mnOutHeight = maPaperSize.Height() - 2*maPageOffset.Y();
either way, its behind a special getenv, so ditch the lot
- this little gremlin touches the header file everytime it is run
- as icc is very low level, this causes a lot of pointless rebuild
- everything from vcl up gets relinked
- this slows every empty 'make build' down by more than 40 percent
- would really need to check if the file changed before writing, but as we
rarely change icc itself, I didnt bother with that
