def __init__(self, env=None, interactive=False):
SmtLibParser.__init__(self, env, interactive)
# Add new commands
#
# The mapping function takes care of consuming the command
# name from the input stream, e.g., '(init' . Therefore,
# _cmd_init will receive the rest of the stream, in our
# example, '(and A B)) ...'
self.commands["init"] = self._cmd_init
self.commands["trans"] = self._cmd_trans
# Remove unused commands
#
# If some commands are not compatible with the extension, they
# can be removed from the parser. If found, they will cause
# the raising of the exception UnknownSmtLibCommandError
del self.commands["check-sat"]
del self.commands["get-value"]
# ...
# Add 'next' function
#
# New operators can be added similarly as done for commands.
# e.g., 'next'. The helper function _operator_adapter,
# simplifies the writing of such extensions. In this example,
# we will rewrite the content of the next without the need of
# introducing a new pySMT operator. If you are interested in a
# simple way of handling new operators in pySMT see
# pysmt.test.test_dwf.
self.interpreted["next"] = self._operator_adapter(self._next_var)
def __init__(self, env=None, interactive=False):
SmtLibParser.__init__(self, env, interactive)
self.commands['declare-primed-var'] = self._cmd_declare_primed_var
self.commands['synth-inv'] = self._cmd_synth_inv
self.commands['check-synth'] = self._cmd_check_synth
self.commands['inv-constraint'] = self._cmd_inv_constraint
def __init__(self, env=None, interactive=False):
SmtLibParser.__init__(self, env, interactive)
# Add new commands
#
# The mapping function takes care of consuming the command
# name from the input stream, e.g., '(init' . Therefore,
# _cmd_init will receive the rest of the stream, in our
# example, '(and A B)) ...'
self.commands["init"] = self._cmd_init
self.commands["trans"] = self._cmd_trans
# Remove unused commands
#
# If some commands are not compatible with the extension, they
# can be removed from the parser. If found, they will cause
# the raising of the exception UnknownSmtLibCommandError
del self.commands["check-sat"]
del self.commands["get-value"]
# ...
# Add 'next' function
#
# New operators can be added similarly as done for commands.
# e.g., 'next'. The helper function _operator_adapter,
# simplifies the writing of such extensions. In this example,
# we will rewrite the content of the next without the need of
# introducing a new pySMT operator. If you are interested in a
# simple way of handling new operators in pySMT see
# pysmt.test.test_dwf.
self.interpreted["next"] = self._operator_adapter(self._next_var)
def __init__(self, env=None, interactive=False):
self._parser = SmtLibParser()
SmtLibParser.__init__(self, env, interactive)
self.orig = System()
self.curr = System()
self.strat = StratificationOracle()
self.syntax = SyntaxInference()
self._sorts = set()
self._sort2fin = dict()
self._enumsorts = dict()
self._enum2qvar = dict()
self._fin2sort = dict()
self._enum2inf = dict()
self._ordered_sorts = dict()
self._ordered_min = dict()
self._ordered_max = dict()
self._dependency_height = dict()
self._enum_height = dict()
self._idx = 0
self.gen = common.gopts.gen
self._child_sort = set()
self._parent_sort = dict()
self._definitionMap = dict()
def __init__(self, env=None, interactive=False):
SmtLibParser.__init__(self, env, interactive)
# Add new commands
self.commands["init"] = self._cmd_init
self.commands["trans"] = self._cmd_trans
# Remove unused commands
del self.commands["check-sat"]
del self.commands["get-value"]
# ...
# Add 'next' function
self.interpreted["next"] = self._operator_adapter(self._next_var)
def __init__(self, env=None, interactive=False):
SmtLibParser.__init__(self, env, interactive)
# Add new commands
self.commands["init"] = self._cmd_init
self.commands["trans"] = self._cmd_trans
# Remove unused commands
del self.commands["check-sat"]
del self.commands["get-value"]
# ...
# Add 'next' function
self.interpreted["next"] = self._operator_adapter(self._next_var)
