OrderedSet.OrderedSet

 
from .leplparsing import reg_to_lex, parse
from .OrderedSet import OrderedSet
 
 

    def _apply_rules_step(self, ths, verbose=True):
 
        current = OrderedSet(ths)
        yield 1, current
 

                print
 
            current = OrderedSet(self.apply_rules(current, verbose=verbose))
 
            if verbose:

    def _apply_rules_bucket(self, ths, full=False, verbose=True):
 
        bucket     = OrderedSet()
        old_bucket = OrderedSet()
 

from collections import deque
from itertools import product
from OrderedSet import OrderedSet
 
class Attribute(object):

                        if i+1 == len(attrs): yield v
                        else: add(queue, u, v, i) # otherwise add to the queue
        return OrderedSet(select(objs, attrs))
    object.__setattr__(query, '__objquery__', True)
    return query

    def __init__(self, _project):
        self.project = _project
        self.projects = OrderedSet.OrderedSet()
        self.projectsNonRequired = OrderedSet.OrderedSet()
        self.projectsIncludedInSolution = OrderedSet.OrderedSet()

                namelist.append(self.project.name)
                raise DependencyError("Cyclic dependency: %s" % namelist)
            return OrderedSet.OrderedSet()
        _stack = _stack + [self.project]
 

                return _cache[self.project]
 
        directDependencies = OrderedSet.OrderedSet()
        toSubtract = OrderedSet.OrderedSet()
        toAdd = OrderedSet.OrderedSet()

 
        # Find projects that must be generated. A separate list is used to ease debugging.
        projectsToGenerate = OrderedSet.OrderedSet()
        requiredProjects = _targetProject.GetProjects(_recursive = 1, _onlyRequiredProjects = 1)        
        for projectToGenerate in requiredProjects:

 
        # generate projects, and add a line with ADD_SUBDIRECTORY
        generatedProjects = OrderedSet.OrderedSet()
        for project in projectsToGenerate:
            # check again if a previous iteration of this loop didn't add project to the generated list

        """
        if not self.GetSubCategoriesOf().has_key(super):
            self.GetSubCategoriesOf()[super] = OrderedSet.OrderedSet()
        self.GetSubCategoriesOf()[super].add(sub)
        self.__NotifyListeners(ChangeEvent(self))

 
import unittest, os, sys, base64, itertools, random, time
from OrderedSet import OrderedSet as oset
import pyflwor
import symbols