class Annotation(ModelicaBase):
def __init__(self, modification):
self.modification = modification
def dump(self):
return "annotation %s" % (self.modification)
class ClassModification(ModelicaBase):
__ebnf__ = Literal("1")
### B.2.1 Stored Definition
StoredDefinition.ebnf(syntax=(Optional(
hasLiteral('within') + Optional(Name.name('within_name')) +
Suppress(';')) + Optional(
hasLiteral('final') + ClassDefinition.name('definition') +
Suppress(';'))),
action=lambda s, l, t: StoredDefinition(**dict(t)))
### B.2.2 Class Definition
ClassDefinition.ebnf(syntax=(Class.name('definition')))
Class.ebnf(syntax=(Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) + Suppress('class') +
ClassSpecifier.name('specification')))
Model.ebnf(syntax=(Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) + Suppress('model') +
class Annotation(ModelicaBase):
def __init__(self, modification):
self.modification = modification
def dump(self):
return "annotation %s" % (self.modification)
class ClassModification(ModelicaBase):
__ebnf__ = Literal("1")
### B.2.1 Stored Definition
StoredDefinition.ebnf(
syntax = (
Optional(hasLiteral('within') + Optional(Name.name('within_name')) + Suppress(';')) +
Optional(hasLiteral('final') + ClassDefinition.name('definition') + Suppress(';'))
),
action = lambda s,l,t: StoredDefinition(**dict(t))
)
### B.2.2 Class Definition
ClassDefinition.ebnf(
syntax = (
Class.name('definition')
)
)
Class.ebnf(
syntax = (
self.else_expression = else_expression
self.else_equations = else_equations
def dump(self, indent):
msg = " " * indent + "when %s then\n"%(self.expression)
msg += "\n".join(map(lambda x: " " * (indent + 2) + str(x) + ";", self.equations))
msg += " " * indent + "end when"
return msg
class ConnectClause(ModelicaBase):
pass
EquationSection.ebnf(
syntax = Optional(hasLiteral("initial")) + Suppress("equation") + ZeroOrMore(Equation.ebnf() + Suppress(";"))('equations'),
action = lambda s,l,t: EquationSection(**dict(t))
)
AlgorithmSection.ebnf(
syntax = Optional(hasLiteral("initial")) + Literal("algorithm") + ZeroOrMore(Statement.ebnf() + Suppress(";"))('statements'),
action = lambda s,l,t: AlgorithmSection(**dict(t))
)
Equation.ebnf(
)
Statement.ebnf(
)
EquationArray.ebnf(
