def __str__(self):
if self.is_reboot:
return REBOOT_KEYWORD
return ' '.join(
compat.str(f)
for f in (self.second, self.minute, self.hour, self.day,
self.month, self.weekday, self.year))
def test_cron_expression_new_with_no_params_returns_default():
"""
Assert that :meth:`~crython.expression.CronExpression.new` returns a :class:`~crython.expression.CronExpression`
of the default expression value when not given any parameters.
"""
expr = expression.CronExpression.new()
assert compat.str(expr) == expression.DEFAULT_VALUE
def test_cron_expression_new_with_no_params_returns_default():
"""
Assert that :meth:`~crython.expression.CronExpression.new` returns a :class:`~crython.expression.CronExpression`
of the default expression value when not given any parameters.
"""
expr = expression.CronExpression.new()
assert compat.str(expr) == expression.DEFAULT_VALUE
def test_cron_expression_new_handles_reserved_keywords(reserved_keywords):
"""
Assert that :meth:`~crython.expression.CronExpression.new` returns a :class:`~crython.expression.CronExpression`
that maps to the correct space-delimited value for a given reserved keyword.
"""
keyword, value = reserved_keywords
expr = expression.CronExpression.new(keyword)
assert compat.str(expr) == expression.RESERVED_KEYWORDS[keyword]
def test_cron_expression_new_handles_reserved_keywords(reserved_keywords):
"""
Assert that :meth:`~crython.expression.CronExpression.new` returns a :class:`~crython.expression.CronExpression`
that maps to the correct space-delimited value for a given reserved keyword.
"""
keyword, value = reserved_keywords
expr = expression.CronExpression.new(keyword)
assert compat.str(expr) == expression.RESERVED_KEYWORDS[keyword]
def _phrase_to_numeral(phrase, phrases=PHRASES, regex=PHRASES_REGEX):
"""
Replace any full or abbreviated english dow/mon phrases (Jan, Monday, etc) from the field value
with its respective integer value as a string.
:param phrase: English word to convert to integer
:param phrases: (Optional) Mapping of english word to integer value; Default: PHRASES
:param regex: (Optional) Mapping of english word to integer value; Default: PHRASES_REGEX
:return: String representation of integer value of the given english word
"""
def _repl(match):
return compat.str(phrases[match.group(0).lower()])
return regex.sub(_repl, compat.str(phrase))
def _phrase_to_numeral(phrase, phrases=PHRASES, regex=PHRASES_REGEX):
"""
Replace any full or abbreviated english dow/mon phrases (Jan, Monday, etc) from the field value
with its respective integer value as a string.
:param phrase: English word to convert to integer
:param phrases: (Optional) Mapping of english word to integer value; Default: PHRASES
:param regex: (Optional) Mapping of english word to integer value; Default: PHRASES_REGEX
:return: String representation of integer value of the given english word
"""
def _repl(match):
return compat.str(phrases[match.group(0).lower()])
return regex.sub(_repl, compat.str(phrase))
def __repr__(self):
return '<{0}({1})>'.format(self.__class__.__name__, compat.str(self))
def __str__(self):
return compat.str(self.value)
def _repl(match):
return compat.str(phrases[match.group(0).lower()])
def __str__(self):
return compat.str(self.value)
def _repl(match):
return compat.str(phrases[match.group(0).lower()])
def __str__(self):
if self.is_reboot:
return REBOOT_KEYWORD
return ' '.join(compat.str(f) for f in (self.second, self.minute, self.hour, self.day,
self.month, self.weekday, self.year))
def __repr__(self):
return '<{0}({1})>'.format(self.__class__.__name__, compat.str(self))
def second_field_valid_numeral_as_str(second_valid_numeral):
"""
Fixture that yields back a :class:`~crython.field.CronField` for the "second" field created
with a valid numeral as a string.
"""
return field.second(compat.str(second_valid_numeral))
def second_field_valid_numeral_as_str(second_valid_numeral):
"""
Fixture that yields back a :class:`~crython.field.CronField` for the "second" field created
with a valid numeral as a string.
"""
return field.second(compat.str(second_valid_numeral))
