# Path: oppy/path/path.py
# DEFAULT_BWWEIGHTSCALE = 10000
# def getPath(netstatus, guard_manager, exit_request=None, fast=True,
#             stable=True, internal=False):
# def selectExitNode(bw_weights, bwweightscale, cons_rel_stats, descriptors,
#                    fast, stable, internal, port):
# def selectGuardNode(cons_rel_stats, descriptors, guards, fast, stable,
#                     exit_desc, exit_status_entry):
# def selectMiddleNode(bw_weights, bwweightscale, cons_rel_stats, descriptors,
#                      fast, stable, exit_desc, exit_status_entry, guard_desc,
#                      guard_status_entry):
# def filterExits(cons_rel_stats, descriptors, fast, stable, internal, port):
# def filterMiddles(cons_rel_stats, descriptors, fast, stable, exit_desc,
#                   exit_status_entry, guard_desc, guard_status_entry):
# def exitFilter(exit_fprint, cons_rel_stats, descriptors, fast, stable,
#                internal, port):
# def guardFilter(guard, cons_rel_stats, descriptors, fast, stable, exit_desc,
#                 exit_status_entry):
# def middleFilter(node, cons_rel_stats, descriptors, exit_desc,
#                  exit_status_entry, guard_desc, guard_status_entry,
#                  fast=False, stable=False):
# 
# Path: oppy/path/util.py
# def nodeUsableWithOther(desc1, status_entry1, desc2, status_entry2):
# def selectWeightedNode(weighted_nodes):
# def getWeightedNodes(nodes, weights):
# def getPositionWeights(nodes, cons_rel_stats, position, bw_weights,
#                        bwweightscale):
# def getBwweight(flags, position, bw_weights):
# def inSameFamily(desc1, status_entry1, desc2, status_entry2):
# def inSame16Subnet(status_entry1, status_entry2):
# 
# Path: oppy/path/exceptions.py
# class NoUsableGuardsException(Exception):
#     pass


import mock
from stem import Flag
from twisted.internet import defer
from twisted.trial import unittest
from oppy.path import path
from oppy.path import util as path_util
from oppy.path.exceptions import NoUsableGuardsException
        mock_middle_rs.digest = 'middle digest'
        mock_guard_rs = mock.Mock()
        mock_guard_rs.digest = 'guard digest'


        mock_consensus = mock.Mock()
        mock_consensus.routers = {'exit_fprint': mock_exit_rs,
                                  'middle_fprint': mock_middle_rs,
                                  'guard_fprint': mock_guard_rs}

        mock_consensus.bandwidth_weights = 'bandwidth weights'
        mock_exit_request = mock.Mock()
        mock_exit_request.port = 'port'

        mock_descriptors = {'exit digest': 'exit_fprint',
                            'middle digest': 'middle_fprint',
                            'guard digest': 'guard_fprint'}

        mock_ns.getMicroconsensus = mock.Mock()
        mock_ns.getMicroconsensus.return_value = defer.succeed(mock_consensus)
        mock_ns.getMicrodescriptorsForCircuit = mock.Mock()
        mock_ns.getMicrodescriptorsForCircuit.return_value = \
            defer.succeed(mock_descriptors)
        mock_gm.getUsableGuards = mock.Mock()
        mock_gm.getUsableGuards.return_value = defer.succeed('guards')

        mock_fast = True
        mock_stable = True
        mock_internal = False


# Path: oppy/path/path.py
# DEFAULT_BWWEIGHTSCALE = 10000
# def getPath(netstatus, guard_manager, exit_request=None, fast=True,
#             stable=True, internal=False):
# def selectExitNode(bw_weights, bwweightscale, cons_rel_stats, descriptors,
#                    fast, stable, internal, port):
# def selectGuardNode(cons_rel_stats, descriptors, guards, fast, stable,
#                     exit_desc, exit_status_entry):
# def selectMiddleNode(bw_weights, bwweightscale, cons_rel_stats, descriptors,
#                      fast, stable, exit_desc, exit_status_entry, guard_desc,
#                      guard_status_entry):
# def filterExits(cons_rel_stats, descriptors, fast, stable, internal, port):
# def filterMiddles(cons_rel_stats, descriptors, fast, stable, exit_desc,
#                   exit_status_entry, guard_desc, guard_status_entry):
# def exitFilter(exit_fprint, cons_rel_stats, descriptors, fast, stable,
#                internal, port):
# def guardFilter(guard, cons_rel_stats, descriptors, fast, stable, exit_desc,
#                 exit_status_entry):
# def middleFilter(node, cons_rel_stats, descriptors, exit_desc,
#                  exit_status_entry, guard_desc, guard_status_entry,
#                  fast=False, stable=False):
# 
# Path: oppy/path/util.py
# def nodeUsableWithOther(desc1, status_entry1, desc2, status_entry2):
# def selectWeightedNode(weighted_nodes):
# def getWeightedNodes(nodes, weights):
# def getPositionWeights(nodes, cons_rel_stats, position, bw_weights,
#                        bwweightscale):
# def getBwweight(flags, position, bw_weights):
# def inSameFamily(desc1, status_entry1, desc2, status_entry2):
# def inSame16Subnet(status_entry1, status_entry2):
# 
# Path: oppy/path/exceptions.py
# class NoUsableGuardsException(Exception):
#     pass


# Path: oppy/tests/unit/path/test_path.py
import mock
from stem import Flag
from twisted.internet import defer
from twisted.trial import unittest
from oppy.path import path
from oppy.path import util as path_util
from oppy.path.exceptions import NoUsableGuardsException

        mock_middle_rs.digest = 'middle digest'
        mock_guard_rs = mock.Mock()
        mock_guard_rs.digest = 'guard digest'


        mock_consensus = mock.Mock()
        mock_consensus.routers = {'exit_fprint': mock_exit_rs,
                                  'middle_fprint': mock_middle_rs,
                                  'guard_fprint': mock_guard_rs}

        mock_consensus.bandwidth_weights = 'bandwidth weights'
        mock_exit_request = mock.Mock()
        mock_exit_request.port = 'port'

        mock_descriptors = {'exit digest': 'exit_fprint',
                            'middle digest': 'middle_fprint',
                            'guard digest': 'guard_fprint'}

        mock_ns.getMicroconsensus = mock.Mock()
        mock_ns.getMicroconsensus.return_value = defer.succeed(mock_consensus)
        mock_ns.getMicrodescriptorsForCircuit = mock.Mock()
        mock_ns.getMicrodescriptorsForCircuit.return_value = \
            defer.succeed(mock_descriptors)
        mock_gm.getUsableGuards = mock.Mock()
        mock_gm.getUsableGuards.return_value = defer.succeed('guards')

        mock_fast = True
        mock_stable = True
        mock_internal = False


        mock_bwweightscale = path.DEFAULT_BWWEIGHTSCALE