def _seq_15(self):
return Sequence(self.BUILTIN(), self.ID('chip'), self.SEMICOLON())
def _seq_2(self):
return Sequence(self.IN(), self.inout('in'), Many(self._seq_3()),
self.SEMICOLON())
def _seq_2(self):
return Sequence(self.LPAR(), self.DEFINE(), self.LPAR(),
self.IDENT('name'), Many(self.IDENT('param')),
Optional(self.VARARG('vararg')), self.RPAR(),
Many(self.definition('localdef')),
OneOrMore(self.expr('body')), self.RPAR())
def _seq_14(self):
return Sequence(self.LBRACKET(), self.INT('from'), self.DOT2(),
self.INT('to'), self.RBRACKET())
def _seq_7(self):
return Sequence(self.COMMA(), self.inout('out'))
def _seq_9(self):
return Sequence(self.ID('chip'), self.LPAR(), self.connection('conn'),
Many(self._seq_10()), self.RPAR(), self.SEMICOLON())
def _seq_8(self):
return Sequence(self.LPAR(), OneOrMore(self.list_item('li')),
self.RPAR())
def _seq_5(self):
return Sequence(self.LBRACKET(), self.POS_INT('size'), self.RBRACKET())
def _seq_6(self):
return Sequence(self.LPAR(), self._oneof_5(), Many(self.expr('arg')),
self.RPAR())
def _seq_7(self):
return Sequence(self.LIST_BEGIN(), OneOrMore(self.list_item('li')),
self.RPAR())
def _seq_5(self):
return Sequence(self.LSQBR(), self.expr('test'),
self.expr('consequent'), self.RSQBR())
def _seq_4(self):
return Sequence(self.LPAR(), self.COND(),
OneOrMore(self.cond_branch('branch')), self.RPAR())
def _seq_3(self):
return Sequence(self.LPAR(), self.IF(), self.expr('test'),
self.expr('consequent'), self.expr('alternate'),
self.RPAR())
def _seq_3(self):
return Sequence(self.COMMA(), self.inout('in'))
def _seq_1(self):
return Sequence(self.CHIP(), self.ID('name'), self.LBRACE(),
OneOrMore(self._oneof_1()), self._oneof_2(),
self.RBRACE())
def _seq_4(self):
return Sequence(self.ID(), Optional(self._seq_5()))
def _seq_10(self):
return Sequence(self.COMMA(), self.connection('conn'))
def _seq_6(self):
return Sequence(self.OUT(), self.inout('out'), Many(self._seq_7()),
self.SEMICOLON())
def _seq_11(self):
return Sequence(self.ID('param'), Optional(self._seq_12()), self.EQ(),
self.value())
def _seq_8(self):
return Sequence(self.PARTS(), self.COLON(),
OneOrMore(self.part('part')))
def _seq_13(self):
return Sequence(self.ID('pin'), Optional(self._seq_14()))
def _init_rules(self):
self.rule('komparse_grammar',
OneOrMore(
OneOf(self.configstmt(), self.tokenrule(),
self.productionrule())),
is_root=True)
self.rule('configstmt', OneOf(self.case_sensitive(),
self.whitespace()))
self.rule(
'case_sensitive',
Sequence(self.CASE_SENSITIVE(), OneOf(self.ON(), self.OFF()),
self.SEMICOLON()))
self.rule(
'whitespace',
Sequence(self.WHITESPACE(), self.STR('wschars'),
Many(Sequence(self.COMMA(), self.STR('wschars'))),
self.SEMICOLON()))
self.rule('tokenrule',
OneOf(self.commentdef(), self.stringdef(), self.tokendef()))
self.rule(
'commentdef',
Sequence(self.COMMENT(), self.STR('start'), self.STR('end'),
Optional(self.NESTABLE('nestable')), self.SEMICOLON()))
self.rule(
'stringdef',
Sequence(self.STRING(), self.STR('start'), self.STR('end'),
Optional(self.STR('escape')),
Optional(self.TOKEN_ID('token_id')), self.SEMICOLON()))
self.rule(
'tokendef',
Sequence(self.TOKEN(), self.TOKEN_ID('token_id'),
self.STR('regex'), self.SEMICOLON()))
self.rule(
'productionrule',
Sequence(Optional(self.annotation('annot')),
self.RULE_ID('rule_id'), self.ARROW(),
self.branches('rhs'), self.SEMICOLON()))
self.rule('annotation', Sequence(self.AT(), self.START()))
self.rule(
'branches',
Sequence(self.branch('branch'),
Many(Sequence(self.PIPE(), self.branch('branch')))))
self.rule(
'branch',
OneOrMore(
Sequence(
OneOf(self.STR("keyword"), self.tokenref(), self.ruleref(),
self.group()), Optional(self.cardinality('card')))))
self.rule(
'tokenref',
OneOf(Sequence(self.ID('id'), self.HASH(), self.TOKEN_ID()),
self.TOKEN_ID()))
self.rule(
'ruleref',
OneOf(Sequence(self.ID('id'), self.HASH(), self.RULE_ID()),
self.RULE_ID()))
self.rule('group', Sequence(self.LPAR(), self.branches(), self.RPAR()))
self.rule('cardinality',
OneOf(self.QUESTION_MARK(), self.PLUS(), self.ASTERISK()))
self._init_transforms()
def _seq_1(self):
return Sequence(self.LPAR(), self.DEFINE(), self.IDENT('name'),
self.expr('value'), self.RPAR())