Fix doctests (#1982)

docs/advanced/pitheorem.rst

@@ -33,8 +33,10 @@ Which can be pretty printed using the `Pint` formatter:
 
  >>> from pint import formatter
  >>> result = pi_theorem({'V': '[length]/[time]', 'T': '[time]', 'L': '[length]'})
- >>> print(formatter(result[0].items()))
- T * V / L
+ >>> numerator = [item for item in result[0].items() if item[1]>0]
+ >>> denominator = [item for item in result[0].items() if item[1]<0]
+ >>> print(formatter(numerator, denominator))
+ V * T / L
 
 You can also apply the Buckingham π theorem associated to a Registry. In this case,
 you can use derived dimensions such as speed:

docs/api/facets.rst

@@ -16,7 +16,7 @@ The default UnitRegistry inherits from all of them.
  :members:
  :exclude-members: Quantity, Unit, Measurement, Group, Context, System
 
-.. automodule:: pint.facets.formatting
+.. automodule:: pint.delegates.formatter
  :members:
  :exclude-members: Quantity, Unit, Measurement, Group, Context, System
 

docs/getting/tutorial.rst

@@ -428,7 +428,7 @@ If Babel_ is installed you can translate unit names to any language
 .. doctest::
 
  >>> ureg.formatter.format_quantity(accel, locale='fr_FR')
- '1,3 mètres/secondes²'
+ '1,3 mètres par seconde²'
 
 You can also specify the format locale at the registry level either at creation:
 
@@ -449,11 +449,11 @@ and by doing that, string formatting is now localized:
  >>> ureg.default_format = 'P'
  >>> accel = 1.3 * ureg.parse_units('meter/second**2')
  >>> str(accel)
- '1,3 mètres/secondes²'
+ '1,3 mètres par seconde²'
  >>> "%s" % accel
- '1,3 mètres/secondes²'
+ '1,3 mètres par seconde²'
  >>> "{}".format(accel)
- '1,3 mètres/secondes²'
+ '1,3 mètres par seconde²'
 
 If you want to customize string formatting, take a look at :ref:`formatting`.
 

docs/user/angular_frequency.rst

@@ -2,7 +2,7 @@
 
 
 Angles and Angular Frequency
-=================
+=============================
 
 Angles
 ------

docs/user/defining-quantities.rst

@@ -134,7 +134,7 @@ For example, the units of
 .. doctest::
 
  >>> Q_('3 l / 100 km')
- <Quantity(0.03, 'kilometer * liter')>
+ <Quantity(0.03, 'liter * kilometer')>
 
 may be unexpected at first but, are a consequence of applying this rule. Use
 brackets to get the expected result:

docs/user/formatting.rst

@@ -95,7 +95,7 @@ formats:
  ... def format_unit_simple(unit, registry, **options):
  ... return " * ".join(f"{u} ** {p}" for u, p in unit.items())
  >>> f"{q:Z}"
- '2.3e-06 meter ** 3 * second ** -2 * kilogram ** -1'
+ '2.3e-06 kilogram ** -1 * meter ** 3 * second ** -2'
 
 where ``unit`` is a :py:class:`dict` subclass containing the unit names and
 their exponents.
@@ -111,10 +111,11 @@ following methods: `format_magnitude`, `format_unit`, `format_quantity`, `format
  ...
  ... default_format = ""
  ...
- ... def format_unit(self, unit, uspec: str = "", **babel_kwds) -> str:
+ ... def format_unit(self, unit, uspec, sort_func, **babel_kwds) -> str:
  ... return "ups!"
  ...
  >>> ureg.formatter = MyFormatter()
+ >>> ureg.formatter._registry = ureg
  >>> str(q)
  '2.3e-06 ups!'
 

pint/facets/plain/qto.py

@@ -184,7 +184,7 @@ def to_preferred(
  >>> (1*ureg.acre).to_preferred([ureg.meters])
  <Quantity(4046.87261, 'meter ** 2')>
  >>> (1*(ureg.force_pound*ureg.m)).to_preferred([ureg.W])
- <Quantity(4.44822162, 'second * watt')>
+ <Quantity(4.44822162, 'watt * second')>
  """
 
  units = _get_preferred(quantity, preferred_units)
@@ -204,7 +204,7 @@ def ito_preferred(
  >>> (1*ureg.acre).to_preferred([ureg.meters])
  <Quantity(4046.87261, 'meter ** 2')>
  >>> (1*(ureg.force_pound*ureg.m)).to_preferred([ureg.W])
- <Quantity(4.44822162, 'second * watt')>
+ <Quantity(4.44822162, 'watt * second')>
  """
 
  units = _get_preferred(quantity, preferred_units)