Transaction balancing is supposed to balance costs, but these were
being stripped when calculating balance assignments, causing us to
wrongly reject this transaction when the last amount is left implicit,
unlike Ledger:
2023-01-01
Assets AAA -1.1 @@ CCC 2
Assets BBB -1.2 @@ CCC 3
Expenses:Fees CCC 0.2
Assets = CCC 4.9
I'm not sure why costs were being stripped. I seem to have added it
in 2019 (to Journal.balanceNoAssignmentTransactionB in 3b47b58ae),
but this bug seems to be present even before that.
CSV rules files can now be read directly, eg you have the option of
writing `hledger -f foo.csv.rules CMD`. By default this will read data
from foo.csv in the same directory. But you can also specify a
different data file with a new `source FILE` rule. This has some
convenience features:
- If the data file does not exist, it is treated as empty, not an
error.
- If FILE is a relative path, it is relative to the rules file's
directory. If it is just a file name with no path, it is relative
to ~/Downloads/.
- If FILE is a glob pattern, the most recently modified matched file
is used.
This helps remove some of the busywork of managing CSV downloads.
Most of your financial institutions's default CSV filenames are
different and can be recognised by a glob pattern. So you can put a
rule like `source Checking1*.csv` in foo-checking.csv.rules,
periodically download CSV from Foo's website accepting your browser's
defaults, and then run `hledger import checking.csv.rules` to import
any new transactions. The next time, if you have done no cleanup, your
browser will probably save it as something like Checking1-2.csv, and
hledger will still see that because of the * wild card. You can choose
whether to delete CSVs after import, or keep them for a while as
temporary backups, or archive them somewhere.
Inner empty lines were not being skipped automatically, contrary to
docs. Now all empty lines are skipped automatically, and the `skip`
rule is needed only for non-empty lines, as intended.
This may be a breaking change: it's possible that the `skip` count
might need to be adjusted in some CSV rules files.
This can be useful to override defaults in scripts.
These flags will now toggle when repeated on the command line:
--invert
--transpose
-r/--related
-%/--percent
-E/--empty
-N/--no-total
-T/--row-total
-A/--average
-S/--sort-amount
Since hledger 1.25, "every Nth day of month" period rules with N > 28
could be off by a couple of days if given certain forecast start dates.
Eg `~ every 31st day of month` with `--forecast='2023-03-30..'`.
Breaking change: previously timeclock descriptions could contain
semicolons. Now a semicolon in the description will end it and
start a comment (which may contain tags).
I found at least one user for whom this would be a breaking change
(they generate forecast txns, and have auto posting rules, but don't
want the latter applied to the former). I guess it's better to keep
things as they were for now: if you need auto postings on your
forecast txns you must use two flags, --forecast --auto.
When doing a type: match we now also check the original unaliased,
unpivoted posting, as when doing an acct: match. This is effectively
how things worked with the older account type detection in hledger <1.27.
Previously, similarity completely outweighed recency, so a
slightly-more-similar transaction would always be selected no matter
how old it was. Now similarity and recency are more balanced,
and it should produce the desired transaction more often.
There is also new debug output (at debug level 1) for
troubleshooting.
Boolean queries are now prefixed with an 'expr:' prefix, making them
completely separable from old queries and making the addition of them a
little more migration proof.
The tests are updated accordingly, changes made to the tests previously
are removed and extra cautious documentation is also removed.
This commit changes some of the functions in the Query module and
changes the overall way to parse queries. Instead of using the words''
split function, this commit starts to fully parse the query, as it's
seen as a type of expression.
AND, OR, NOT, and space operators can be used. The space operator
simulates the behaviour from before, leaving a minimal amount of tests
that need to be adjusted to comply to the new behaviour.
