def test_ident(self):
self.assertTrue(isinstance(IDENT("algo"), IDENT))
self.assertTrue(isinstance(IDENT("_algo"), IDENT))
self.assertTrue(isinstance(IDENT("Algo"), IDENT))
self.assertRaises(Exception, lambda: IDENT(" algo asi "))
def test_ident(self):
self.assertTrue(IDENT.load("algo").value == "algo")
self.assertTrue(IDENT.load("Algo").value == "Algo")
self.assertTrue(IDENT.load("_algo").value == "_algo")
self.assertTrue(IDENT.load(" _algo ").value == "_algo")
self.assertTrue(IDENT.load(" 'algo' ").value == QIDENT("algo"))
self.assertRaises(ParseError, lambda: IDENT.load("1algo"))
def test_ident(self):
self.assertTrue(IDENT.load("algo").value == "algo")
self.assertTrue(IDENT.load("Algo").value == "Algo")
self.assertTrue(IDENT.load("_algo").value == "_algo")
self.assertTrue(IDENT.load(" _algo ").value == "_algo")
self.assertTrue(IDENT.load(" 'algo' ").value == QIDENT("algo"))
self.assertRaises(ParseError, lambda: IDENT.load("1algo"))
Optional(hasLiteral('partial')) +
Suppress('function') + ClassSpecifier.name('specification')
)
)
Operator.ebnf(
syntax = (
Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) +
Suppress('operator') + Optional(
hasLiteral('function') ^ hasLiteral('record')
) + ClassSpecifier.name('specification')
)
)
class_name = IDENT.name('class_name')
ClassSpecifier.ebnf(
syntax = Or(
(
class_name + StringComment.name('comment') +
Composition.name('composition') +
Suppress('end') + matchPreviousExpr(class_name)
),
(
IDENT.name('class_name') + Suppress('=') +
BasePrefix.name('base_prefix') + Name.name('base_name') +
Optional(ArraySubscripts.name('base_subscripts')) +
Optional(ClassModification.name('base_modification')) +
Comment.name('comment')
),
ClassSpecifier.name('specification')))
Package.ebnf(syntax=(Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) + Suppress('package') +
ClassSpecifier.name('specification')))
Function.ebnf(syntax=(Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) + Suppress('function') +
ClassSpecifier.name('specification')))
Operator.ebnf(syntax=(Optional(hasLiteral('encapsulated')) +
Optional(hasLiteral('partial')) + Suppress('operator') +
Optional(hasLiteral('function') ^ hasLiteral('record')) +
ClassSpecifier.name('specification')))
class_name = IDENT.name('class_name')
ClassSpecifier.ebnf(syntax=Or(
(class_name + StringComment.name('comment') +
Composition.name('composition') + Suppress('end') +
matchPreviousExpr(class_name)),
(IDENT.name('class_name') + Suppress('=') +
BasePrefix.name('base_prefix') + Name.name('base_name') +
Optional(ArraySubscripts.name('base_subscripts')) +
Optional(ClassModification.name('base_modification')) +
Comment.name('comment')),
))
### B.2.3 Extends
### B.2.4 Component Clause
def test_qident(self):
self.assertTrue(IDENT.load("'algoas'").value == QIDENT("algoas"))
def test_ident(self):
self.assertEqual(IDENT("algo").dump(), "algo")
def test_qident(self):
self.assertTrue(IDENT.load("'algoas'").value == QIDENT("algoas"))
syntax = (
Suppress("for") + ForIndices.name("indices") + Suppress("loop") +
ZeroOrMore( Statement.names('statements') + Suppress(";")) +
Suppress('end') + Suppress("for")
),
action = lambda s, l, t: ForStatement(**dict(t))
)
ForIndices.ebnf(
syntax = delimitedList(ForIndex.names('indices'), delim=','),
action = lambda s,l,t: ForIndices(**dict(t))
)
ForIndex.ebnf(
syntax = IDENT.name("identifier") + Optional(Suppress('in') + Expression.name('expression')),
action = lambda s, l, t: ForIndex(**dict(t))
)
WhileStatement.ebnf(
syntax = (
Suppress("while") + Expression.name("expression") + Suppress('loop') +
StatementArray.name('statements') +
Suppress('end') + Suppress("while")
),
action = lambda s,l,t: WhileStatement(**dict(t))
)
WhenEquation.ebnf(
syntax = (
Suppress('when') + Expression.names('expressions') + Suppress('then') +
