Hledger.Util.Tests helpers have been cleaned up, and test names are
now shown.
Tests have been cleaned up a bit. Some groups of unnamed tests have
been collapsed into a single named test containing a sequence of
assertions. The test command counts named tests, not assertions, so
the reported unit test count has dropped from 199 to 188.
easytest is not actively maintained and requires an old version of
hedgehog which does not support base-compat 0.11 & ghc 8.8.
This is still using the old easytest helpers, and not displaying test
names properly.
It seems we don't use it at all, and ony says it's not robust with
prices either.
Merge remote-tracking branch 'ony/chores/drop-elide-in-showTransaction'
This commit introduces the commandline argument -%/--percent to show
percentages of the column's total instead of the absolute amounts for
each account in reports. The signs of the values are preserved.
This option is especially useful for the balance and incomestatement
commands.
If there are multiple commodities involved in a report hledger bails
with an error message. This can be avoided by using --cost. Also note
that if one uses -% with the balance command the chances are high that
all numbers are 0. This is due to the fact that by default balance sums
up to zero. If one wants to use -% in a meaningful way with balance one
has to add a query.
In order to keep the implementation as simple as possible --tree has no
influence over how the percentages are calculated, i.e., the percentages
always represent the fraction of the columns total. If one wants to know
the percentages relative to a parent account, one has to use a query to
narrow down the accounts.
This behavior is highly depends on journal. If we want to re-introduce
it we'd better re-consider how transaction entry can be "simplified".
I.e. besides dropping last amount we may drop prices that can be assumed
implicitly.
Note that there is no need to knit it into showTransaction since it
easily achievable with pre-processing (similar to implicit balances
etc).
Certain journal entries could trigger a bug where we displayed amounts
with the same character for digit group mark and decimal mark. Now if
a comma or period digit group mark is detected, that forces the
decimal mark to be the other character.
And if they did, the stats command would now throw an error.
Changed:
journalApplyCommodityStyles
journalInferCommodityStyles
commodityStylesFromAmounts
fail is moving out of Monad and into it's own MonadFail class.
This will be enforced in GHC 8.8 (I think).
base-compat/base-compat-batteries 0.11.0 have adapted to this,
and are approaching stackage nightly
(https://github.com/commercialhaskell/stackage/issues/4802).
hledger is now ready to build with base-compat-batteries 0.11.0, once
all of our deps do (eg aeson). We are still compatible with the older
0.10.x and GHC 7.10.3 as well.
For now we are using both fails:
- new fail (from Control.Monad.Fail), used in our parsers, imported
via base-compat-batteries Control.Monad.Fail.Compat to work with
older GHC versions.
- old fail (from GHC.Base, exported by Prelude, Control.Monad,
Control.Monad.State.Strict, Prelude.Compat, ...), used in easytest's
Test, since I couldn't find their existing fail implementation to update.
To reduce (my) confusion, these are imported carefully, consistently,
and qualified everywhere as Fail.fail and Prelude.fail, with clashing
re-exports suppressed, like so:
import Prelude hiding (fail)
import qualified Prelude (fail)
import Control.Monad.State.Strict hiding (fail)
import "base-compat-batteries" Prelude.Compat hiding (fail)
import qualified "base-compat-batteries" Control.Monad.Fail.Compat as Fail
-V (and -X) now respects a report end date set with -e/-p/date: when
choosing the valuation date, similar to hledger 1.14 and Ledger.
This means that -V/-X aren't exactly like either --value=end or
--value=now. The "Effect of --value on reports" doc has been extended
accordingly, and much of it has been reworded and made more accurate.
dropped journalPrices
renamed Price to AmountPrice, AKA "transaction price"
renamed MarketPrice to PriceDirective.
added new MarketPrice (more pure form of PriceDirective without the amount style information)
Prices is now a more efficient data structure, but not used yet.
This feature turns out to be quite involved, as valuation interacts
with the many report variations. Various bugs/specs have been
fixed/clarified relating to register's running total, balance totals
etc. Eg register's total should now be the sum of the posting amount
values, not the values of the original sums. Current level of support
has been documented.
When valuing at transaction date, we once again do early valuation of
all posting amounts, to get more correct results. variants. This means
--value-at=t can be slower than other valuation modes when there are
many transactions and many prices. This could be revisited for
optimisation when things are more settled.
Instead of converting all journal amounts to value early on, we now
convert just the report amounts to value, before rendering.
This was basically how it originally worked (for the balance command),
but now it's built in to the four basic reports used by print,
register, balance and their variants - Entries, Postings, Balance,
MultiBalance - each of which now has its own xxValue helper.
This should mostly fix -V's performance when there are many
transactions and prices (the price lookups could still be optimised),
and allow more flexibility for report-specific value calculations.
+------------------------------------------++-----------------+-------------------+--------------------------+
| || hledger.999.pre | hledger.999.1sort | hledger.999.after-report |
+==========================================++=================+===================+==========================+
| -f examples/1000x1000x10.journal bal -V || 1.08 | 0.96 | 0.76 |
| -f examples/2000x1000x10.journal bal -V || 1.65 | 1.05 | 0.73 |
| -f examples/3000x1000x10.journal bal -V || 2.43 | 1.58 | 0.84 |
| -f examples/4000x1000x10.journal bal -V || 4.39 | 1.96 | 0.93 |
| -f examples/5000x1000x10.journal bal -V || 7.75 | 2.99 | 1.07 |
| -f examples/6000x1000x10.journal bal -V || 11.21 | 3.72 | 1.16 |
| -f examples/7000x1000x10.journal bal -V || 16.91 | 4.72 | 1.19 |
| -f examples/8000x1000x10.journal bal -V || 27.10 | 9.83 | 1.40 |
| -f examples/9000x1000x10.journal bal -V || 39.73 | 15.00 | 1.51 |
| -f examples/10000x1000x10.journal bal -V || 50.72 | 25.61 | 2.15 |
+------------------------------------------++-----------------+-------------------+--------------------------+
There's one new limitation, not yet resolved: -V once again can pick a
valuation date in the future, if no report end date is specified and
the journal has future-dated transactions. We prefer to avoid that,
but reports currently are pure and don't have access to today's date.
-V is still quite a bit slower than no -V, but not as much as before:
+===========================================================++=======+
| hledger.999.pre -f examples/10000x10000x10.journal bal || 5.20 |
| hledger.999.pre -f examples/10000x10000x10.journal bal -V || 57.20 |
| hledger.999 -f examples/10000x10000x10.journal bal || 5.34 |
| hledger.999 -f examples/10000x10000x10.journal bal -V || 17.50 |
+-----------------------------------------------------------++-------+
I needed to be more careful about ordering, as johannesgerer's original
code was, and the tests missed it. I think I have it now.
Found the PR whose code I have been reworking, it was #438.
Going with option 1b from the issue: calculated and asserted amounts
are compared exactly, disregarding display precision.
But now balance assertion failure messages show those exact amounts at
full precision, avoiding confusion.
Surprisingly, balance assertions were checking to maximum precision,
which meant it was possible, with a display-precision-limiting
commodity directive, to have a failing assertion with the error
message showing asserted and actual amounts that looked the same.
Now we round the calculated account balance (but not the asserted
balance) to display precision before comparing. This should ensure
assertions always behave as you would expect from visual inspection.
