python类nonterminals()的实例源码

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def nonterminals(symbols):
    """
    Given a string containing a list of symbol names, return a list of
    ``Nonterminals`` constructed from those symbols.

    :param symbols: The symbol name string.  This string can be
        delimited by either spaces or commas.
    :type symbols: str
    :return: A list of ``Nonterminals`` constructed from the symbol
        names given in ``symbols``.  The ``Nonterminals`` are sorted
        in the same order as the symbols names.
    :rtype: list(Nonterminal)
    """
    if ',' in symbols: symbol_list = symbols.split(',')
    else: symbol_list = symbols.split()
    return [Nonterminal(s.strip()) for s in symbol_list]

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))

def leftcorner_parents(self, cat):
        """
        Return the set of all nonterminals for which the given category
        is a left corner. This is the inverse of the leftcorner relation.

        :param cat: the suggested leftcorner
        :type cat: Nonterminal
        :return: the set of all parents to the leftcorner
        :rtype: set(Nonterminal)
        """
        return self._leftcorner_parents.get(cat, set([cat]))

def __init__(self, start, productions):
        """
        Create a new feature-based grammar, from the given start
        state and set of ``Productions``.

        :param start: The start symbol
        :type start: FeatStructNonterminal
        :param productions: The list of productions that defines the grammar
        :type productions: list(Production)
        """
        CFG.__init__(self, start, productions)

    # The difference with CFG is that the productions are
    # indexed on the TYPE feature of the nonterminals.
    # This is calculated by the method _get_type_if_possible().

def leftcorners(self, cat):
        """
        Return the set of all nonterminals that the given nonterminal
        can start with, including itself.

        This is the reflexive, transitive closure of the immediate
        leftcorner relation:  (A > B)  iff  (A -> B beta)

        :param cat: the parent of the leftcorners
        :type cat: Nonterminal
        :return: the set of all leftcorners
        :rtype: set(Nonterminal)
        """
        return self._leftcorners.get(cat, set([cat]))