def __init__(self, parent, desc):
times = []
for e in desc.get('elements', []):
times.append([Expression.convert(e.pop(a, None))
for a in Sequence.ATTRIBUTES])
self.elements = []
self.output = desc.get('output', None)
self.patterns = {}
for k, v in desc.get('pattern', {}).items():
self.patterns[k] = make_pattern(self, v, k)
super(Sequence, self).__init__(
parent, desc, name='Sequence', full_slave=False)
self.loops = Expression.convert(desc.get('loops', 1))
self.duration = Expression.convert(desc.get('duration', 'infinity'))
self.sequence = []
self.paused_children = set()
for element, t in zip(self.elements, times):
begin, end, duration = t
if duration is not None:
if end is not None:
begin = end - duration
elif begin is not None:
end = begin + duration
self.sequence.append([begin or 0, element.start])
if end is not None:
self.sequence.append([end, element.pause])
self.sequence.append([self.duration, self.pause])
self.sequence.sort(key=operator.itemgetter(0))
def __init__(self, parent, description):
super(PatternElement, self).__init__(parent, description)
assert isinstance(parent, Sequence)
self.pattern = make_pattern(parent, description['pattern'],
patterns=parent.patterns)
self.output_data = description.get('output') or parent.output
self.output = None
def __init__(self, parent, description):
super(PatternElement, self).__init__(parent, description)
assert isinstance(parent, Sequence)
self.pattern = make_pattern(parent,
description['pattern'],
patterns=parent.patterns)
self.output_data = description.get('output') or parent.output
self.output = None
def __init__(self, desc, element, name):
self.name = name
self.element = element
desc = ReadObservingDictionary(desc)
pat = desc.pop('pattern', [])
if isinstance(pat, dict):
pat = [pat]
elif isinstance(pat, six.string_types):
pat = split_on_commas(pat)
self._patterns = [make_pattern(element, p) for p in pat]
if self.PATTERN_COUNT is not None:
assert self.PATTERN_COUNT == len(self._patterns), (
"Pattern type %s expects %s subpatterns but got %d" %
(self.__class__.__name__,
self.PATTERN_COUNT,
len(self._patterns)))
self.dictionary = {}
self.is_constant = all(p.is_constant for p in self._patterns)
missing = []
self.constants = set()
for k, v in self.SETTINGS.items():
const = v.get('constant', self.CONSTANT)
literal = v.get('literal')
if const:
self.constants.add(k)
value = desc.get(k, v.get('default'))
if value is None and 'default' not in v:
missing.append(k)
else:
if literal:
expression = LiteralExpression(value)
elif const:
expression = ConstantExpression.constant_expression(value)
else:
expression = Expression.expression(value, element)
self.dictionary[k] = expression
self.is_constant = self.is_constant and expression.is_constant()
if missing:
raise Exception('%s is missing required arguments %s' %
(self, ', '.join(missing)))
unread = desc.unread()
if unread:
LOGGER.error(
"For pattern type %s, we didn't use the following parameters: %s",
self.__class__.__name__, ', '.join(unread))
self._in_precompute = True
self._precompute()
self._in_precompute = False
if self.is_constant:
self._value = self._evaluate();
def __init__(self, desc, element, name):
self.name = name
self.element = element
desc = ReadObservingDictionary(desc)
pat = desc.pop('pattern', [])
if isinstance(pat, dict):
pat = [pat]
elif isinstance(pat, six.string_types):
pat = split_on_commas(pat)
self._patterns = [make_pattern(element, p) for p in pat]
if self.PATTERN_COUNT is not None:
assert self.PATTERN_COUNT == len(self._patterns), (
"Pattern type %s expects %s subpatterns but got %d" %
(self.__class__.__name__, self.PATTERN_COUNT,
len(self._patterns)))
self.dictionary = {}
self.is_constant = all(p.is_constant for p in self._patterns)
missing = []
self.constants = set()
for k, v in self.SETTINGS.items():
const = v.get('constant', self.CONSTANT)
literal = v.get('literal')
if const:
self.constants.add(k)
value = desc.get(k, v.get('default'))
if value is None and 'default' not in v:
missing.append(k)
else:
if literal:
expression = LiteralExpression(value)
elif const:
expression = ConstantExpression.constant_expression(value)
else:
expression = Expression.expression(value, element)
self.dictionary[k] = expression
self.is_constant = self.is_constant and expression.is_constant(
)
if missing:
raise Exception('%s is missing required arguments %s' %
(self, ', '.join(missing)))
unread = desc.unread()
if unread:
LOGGER.error(
"For pattern type %s, we didn't use the following parameters: %s",
self.__class__.__name__, ', '.join(unread))
self._in_precompute = True
self._precompute()
self._in_precompute = False
if self.is_constant:
self._value = self._evaluate()
def __init__(self, parent, desc):
times = []
for e in desc.get('elements', []):
times.append([
Expression.convert(e.pop(a, None)) for a in Sequence.ATTRIBUTES
])
self.elements = []
self.output = desc.get('output', None)
self.patterns = {}
for k, v in desc.get('pattern', {}).items():
self.patterns[k] = make_pattern(self, v, k)
super(Sequence, self).__init__(parent,
desc,
name='Sequence',
full_slave=False)
self.loops = Expression.convert(desc.get('loops', 1))
self.duration = Expression.convert(desc.get('duration', 'infinity'))
self.sequence = []
self.paused_children = set()
for element, t in zip(self.elements, times):
begin, end, duration = t
if duration is not None:
if end is not None:
begin = end - duration
elif begin is not None:
end = begin + duration
self.sequence.append([begin or 0, element.start])
if end is not None:
self.sequence.append([end, element.pause])
self.sequence.append([self.duration, self.pause])
self.sequence.sort(key=operator.itemgetter(0))