Summary:
Easy style fixes for ExampleMain.hs, Debug.hs, Api.hs, Core.hs
Most of these are just lint fixes, but I also made a few not-just-lint changes
to conform to some elements of our style guide that I agree with:
- if the type signature doesn't fit on one line, then put one type per line
with nothing on the first line, so that all types are vertically aligned - makes
for a quick skim
- try to avoid mixing same-line function args with hanging function args: hang
all arguments or none at all to get a more outline-like feel, again better for
skimming
I was actually able to eliminate all errors for most of these modules - the name
collisions I usually give up on were manageable by hiding + easy variable renames
Reviewed By: chessai
Differential Revision: D28213246
fbshipit-source-id: 1f77d56f2ff8dccfd5f3b534f087c07047b92885
Summary:
Modified `Entity` to use the new `ResolvedVal` data type. Other changes follow naturally. Related issues: https://github.com/facebook/duckling/issues/121 and https://github.com/facebook/duckling/issues/172
Now one can pattern match on the output value, for instance:
```
{-# LANGUAGE GADTs #-}
import Data.Text
import Duckling.Core
import Duckling.Testing.Types
import qualified Duckling.PhoneNumber.Types as PN
parsePhoneNumber :: Text -> Text
parsePhoneNumber input =
case value entity of
(RVal PhoneNumber (PN.PhoneNumberValue v)) -> v
where
(entity:_) = parse input testContext testOptions [This PhoneNumber]
```
Reviewed By: patapizza
Differential Revision: D7502020
fbshipit-source-id: 76ba7b315cfd0d2c61ff95c855b7c95efc0a401c
Summary:
generalize chinese digit specifier (十百千万亿) parsing, and add hanzi tests
These digits specifiers can be parsed as (<num><speci>)<num>,
by using the multiplicater value <num><speci>, and a connect function that adds them together
(two cases, skipping digits [which requires a 零 in between], and digits in consecutive locations).
Note that 个 is technically a digit specifier,
but in Chinese it is never used directly as a numeral specifier, and always as a counter.
Reviewed By: zliu41
Differential Revision: D7424249
fbshipit-source-id: 20a85a7df1f908ee9879e92b904178fa26a9a5e5
Summary: Add an option to return latent time entities. This can be used when one is pretty certain that the input contains a datetime.
Reviewed By: patapizza
Differential Revision: D7254245
fbshipit-source-id: e9e0503cace2691804056fcebdc18fd9090fb181
Summary:
* Locales support for the library, following `<Lang>_<Region>` with ISO 639-1 code for `<Lang>` and ISO 3166-1 alpha-2 code for `<Region>` (#33)
* `Locale` opaque type (composite of `Lang` and `Region`) with `makeLocale` smart constructor to only allow valid `(Lang, Region)` combinations
* API: `Context`'s `lang` parameter has been replaced by `locale`, with optional `Region` and backward compatibility.
* `Rules/<Lang>.hs` exposes
- `langRules`: cross-locale rules for `<Lang>`, from `<Dimension>/<Lang>/Rules.hs`
- `localeRules`: locale-specific rules, from `<Dimension>/<Lang>/<Region>/Rules.hs`
- `defaultRules`: `langRules` + specific rules from select locales to ensure backward-compatibility
* Corpus, tests & classifiers
- 1 classifier per locale, with default classifier (`<Lang>_XX`) when no locale provided (backward-compatible)
- Default classifiers are built on existing corpus
- Locale classifiers are built on
- `<Dimension>/<Lang>/Corpus.hs` exposes a common `corpus` to all locales of `<Lang>`
- `<Dimension>/<Lang>/<Region>/Corpus.hs` exposes `allExamples`: a list of examples specific to the locale (following `<Dimension>/<Lang>/<Region>/Rules.hs`).
- Locale classifiers use the language corpus extended with the locale examples as training set.
- Locale examples need to use the same `Context` (i.e. reference time) as the language corpus.
- For backward compatibility, `<Dimension>/<Lang>/Corpus.hs` can expose also `defaultCorpus`, which is `corpus` augmented with specific examples. This is controlled by `getDefaultCorpusForLang` in `Duckling.Ranking.Generate`.
- Tests run against each classifier to make sure runtime works as expected.
* MM/DD (en_US) vs DD/MM (en_GB) example to illustrate
Reviewed By: JonCoens, blandinw
Differential Revision: D6038096
fbshipit-source-id: f29c28d
Summary:
This works around https://github.com/haskell/cabal/issues/4350
If we don't do this files get compiled multiple times
and cabal is unhappy.
Reviewed By: patapizza
Differential Revision: D4782749
fbshipit-source-id: 5bbe425
Summary:
No need to reinvent the wheel when `dependent-sum` has what we need. I re-export `Some(..)` from `Duckling.Dimensions.Types` to cut down on import bloat.
Instead of a `Read` instance I created a `fromName` function.
Reviewed By: zilberstein
Differential Revision: D4710014
fbshipit-source-id: 1d4e86d
Summary:
* we weren't checking the right reference time in `takeNth` and `takeN`
* fixing resulting failing tests for `IT`
* `analyzedNTest` to check that input results in `n` parsed tokens
Reviewed By: niteria
Differential Revision: D4698788
fbshipit-source-id: 2cd4762
