def test_4_easy():
""" Generate election 4-easy using syn2 then run audit on it with multi.
"""
with warnings.catch_warnings(record=True):
# Generate election from object storing pseudo command-line arguments.
e = multi.Election()
syn_args = Args()
syn_args.election_dirname = '4-easy'
syn_args.syn_type = '2'
cli_syn.dispatch(e, syn_args)
# Audit election
e = multi.Election()
multi_args = Args()
multi_args.election_dirname = '4-easy'
multi_args.election_name = '4-easy'
multi_args.elections_root = './elections'
multi_args.set_audit_seed = 42
multi_args.read_election_spec = False
multi_args.read_reported = False
multi_args.make_audit_orders = False
multi_args.read_audited = False
multi_args.audit = True
multi_args.pause = False
cli_multi.dispatch(e, multi_args)
def test_4_easy():
""" Generate election 4-easy using syn2 then run audit on it with OpenAuditTool.
"""
with warnings.catch_warnings(record=True):
# Generate election from object storing pseudo command-line arguments.
e = OpenAuditTool.Election()
syn_args = Args()
syn_args.election_dirname = '4-easy'
syn_args.syn_type = '2'
cli_syn.dispatch(e, syn_args)
# Audit election
e = OpenAuditTool.Election()
OpenAuditTool_args = Args()
OpenAuditTool_args.election_dirname = '4-easy'
OpenAuditTool_args.election_name = '4-easy'
OpenAuditTool_args.elections_root = './elections'
OpenAuditTool_args.set_audit_seed = 42
OpenAuditTool_args.read_election_spec = False
OpenAuditTool_args.read_reported = False
OpenAuditTool_args.make_audit_orders = False
OpenAuditTool_args.read_audited = False
OpenAuditTool_args.audit = True
OpenAuditTool_args.pause = False
# added for new planner code:
OpenAuditTool_args.num_winners = 2
OpenAuditTool_args.max_num_it = 100
OpenAuditTool_args.sample_by_size = False
OpenAuditTool_args.use_discrete_rm = False
OpenAuditTool_args.pick_county_func = "round_robin"
cli_OpenAuditTool.dispatch(e, OpenAuditTool_args)
def irv_edge(election_dirname, config_dirname=None):
""" Generate election 8-irv1 using syn2 then run audit on it with OpenAuditTool.
"""
with warnings.catch_warnings(record=True):
# Generate election from object storing pseudo command-line arguments.
e = OpenAuditTool.Election()
syn_args = Args()
syn_args.election_dirname = election_dirname
syn_args.config_dirname = config_dirname
syn_args.syn_type = '3'
cli_syn.dispatch(e, syn_args)
# Audit election
e = OpenAuditTool.Election()
OpenAuditTool_args = Args()
OpenAuditTool_args.election_dirname = election_dirname
OpenAuditTool_args.election_name = election_dirname
OpenAuditTool_args.elections_root = './elections'
OpenAuditTool_args.set_audit_seed = int(time.clock() * 100000)
OpenAuditTool_args.read_election_spec = False
OpenAuditTool_args.read_reported = False
OpenAuditTool_args.make_audit_orders = False
OpenAuditTool_args.read_audited = False
OpenAuditTool_args.audit = True
OpenAuditTool_args.pause = False
# added for new planner code:
OpenAuditTool_args.num_winners = 1
OpenAuditTool_args.max_num_it = 100
OpenAuditTool_args.sample_by_size = False
OpenAuditTool_args.use_discrete_rm = False
OpenAuditTool_args.pick_county_func = "round_robin"
cli_OpenAuditTool.dispatch(e, OpenAuditTool_args)
def generate_segments(e, syn, low, high):
"""
Return list of random segments (r, s) where low <= r < s <= high.
Number of segments returned is (high-low).
Since r<s, does not return segments of the form (k, k).
Intent is that cids are integers in range low <= cid <= high,
and each segment yields a contest group covering cids r..s (inclusive).
The segments "nest" -- given any two segments, either they
are disjoint, or they are equal, or one contains the other.
"""
assert low <= high
L = []
if low != high:
L.append((low, high))
mid = syn.RandomState.choice(range(low, high))
L.extend(generate_segments(e, syn, low, mid))
L.extend(generate_segments(e, syn, mid + 1, high))
return L
if __name__ == "__main__":
e = OpenAuditTool.Election()
args = cli_syn.parse_args()
cli_syn.dispatch(e, args)