This commit contains another round of cleanups in the
timespec to time64 conversion. There were a number of
false assumptions that time64 = 0 would be a bad date
in the xml parser. This commit corrects enough of them to
eliminate the bug. Further cleanup is probably advised but
can be done at a later stage.
Also Bug 791825 - Accounting Period dates off by 1.
The DST start/end dates were reversed *and* the DST offset had the wrong
sign in Windows, resulting in the effective timezone always being one to
the west off (i.e. PDT was -9 and PST was -8).
Take 3: Catch encoding exceptions from trying to read a string into
Scheme using scm_from_utf8_string and try again using
scm_from_locale_string. If that throws too, give up and log a
warning.
First, remove the unnecessary locale push & pop on <CT_TIME64>load.
Second, the registry accesses were caused by using g_win32_get_locale
to convert the Microsoft locale strings to POSIX ones. We don't care
what kind of string we get as long as we can pass it back to setlocale,
so remove that.
Third, gnc_push/pop_locale were used only in backend/dbi in a
very limited way and did much more than was necessary, so
convert them to C++ inlines in gnc-backend-dbi.hpp that does
only what we need them to.
properly - corrupted business data
Turned out to be a pointer/value mismatch between <CT_NUMERIC>load()
and most of the setter functions, so the address was getting set
as the value.
This crash started to appear as of commit 80dbb9940b because the sequence
of split loading has changed as a result of the query optimizations.
Invoice transactions get loaded before the general transaction loading happens.
However because of this, when an invoice transaction was encountered again
during general transaction loading, it was (correctly) not created again
AND (incorrectly) not opened for subsequent editing. This caused
an assert to fail when the splits for this transaction are loaded
shortly afterwards. The solution is simply to ensure all transactions
are opened for editing during the general transaction loading call.
set/get_locale are apparently very expensive on Mingw64, and setting
the C locale for extracting a string is unnecessary.
Unfortunately the released version of libdbi still uses strtod so
setting the C locale *is* still necessary for retrieving floats
and doubles and for passing queries.
Thanks to Mkubat for the diagnosis.
The mingw-w64 toolchain bizarrely substitutes scm_to_locale_string()
for scm_to_utf8_string(). This results in latin1 (yeah, "locale" is
a lie) instead of utf8 which causes an assertion in
g_utf8_collate_key().
Perhaps equally bizarre, the compiler doesn't make the substitution
with scm_to_utf8_stringn(), so use that instead.
Bills and invoices that are posted and subsequently unposted again still store their
posted account internally as a convenience to the user (upon reposting the old
account will be offered by default) so it's not a reliable test for the posted state.
The posted transaction on the other hand is guaranteed to only exist when the invoice is
posted. This should fix a slew of small and perhaps larger side effects, such as
a posted bill still appearing as editable, critical warnings when creating new bills/invoices
and so on.
An odd corner case: BST apparently came off of DST at 23:00 26 Oct 2014,
so midnight that day was ambiguous about being DST or not; that causes
the local_date_time constructor to throw in spite of the tm.is_dst element
being 0 (meaning pick standard time).
Instead of just failing in that case, try constructing a local_date_time
three hours later then adjust it back three hours. If *that* doesn't work
then throw a std::invalid argument.
After much thrashing this turned out to be caused by a date string
with a 3-digit year and that caused an unexpected boost::bad_cast
exception from boost::posix_time::time_from_string().
To prevent that and anything like it, pre-parse the string with
regular expressions to classify them and split out the timezone
if there is one. If neither (perhaps eventually none) of the
regexes match throw std::invalid_argument. The C function will
catch this and return 0.
91f4b19 changed the test for gncInvoiceDateExists from date != 0
to date != INT64_MAX, which isn't backwards compatible, so test
for both. But the submitted file had a posted date of -1 so
gncInvoiceIsPosted returned true anyway. That's not consistent with
the logic in dialog-invoice.c, which checked gncInvoicePostedAcc != NULL,
a better test. The result was that the "Post" button lit up but
gncInvoicePost returned immediately, doing nothing, so change
gncInvoiceIsPosted to use gncInvoicePostedAcc instead.
Be smarter about what is path and key for each slot.
Instead of assuming a slash is always a path separator (first attempt
on unstable) or never a separator (second attempt),
track the parent path while loading kvp slots from the db
and deduce the slot's name by substracting this parent path.
There were several problems that broke the Imap Editor that have been
fixed due to kvp changes. The import-map-bayes entries were being added
to the tree view based on the number token entries squared. Retrieving
import-map entries resulted in an empty list and also deleting entries
from the tree view failed.
When accounts are deleted that have an open register window a component
not found error is triggered. After the account is destroyed, a call to
'gnc_resume_gui_refresh' calls 'gnc_gui_refresh_internal' and this then
calls 'find_component_ids_by_class' which is used in order resulting in
'register-single' being unregistered before 'GncPluginPageRegister' and
hence 'ld' being freed but the register not knowing this. Reversing the
list fixes this.
