def app_init():
admin_role=Role("ADMIN")
user_role=Role("USER")
admin_role.add_resource("BACKEND_SERVER_CONFIG",["READ","WRITE","DELETE"])
admin_user=User("admin",[admin_role])
user=User("User1",[user_role])
def fromJson(self, data: dict, emojis: Tuple[Emoji], manual_load=False):
self.name = data["name"]
if not manual_load:
self.isInline = data["isInline"]
roles: List[str] = []
for roleEmoji, roleData in data["roles"].items():
try:
roleEmoji = cfg.ADDITIONAL_ROLE_EMOJIS[int(roleEmoji)]
except ValueError:
for emoji in emojis:
if emoji.name == roleEmoji:
roleEmoji = emoji
break
if not manual_load:
# Only create new roles if we're not loading data manually from
# the command channel
role = Role(roleData["name"], roleEmoji,
self.get_corrected_name(roleData))
self.roles.append(role)
else:
try:
role = next(x for x in self.roles if x.emoji == roleEmoji)
except StopIteration:
name = roleData.get("show_name") or roleData["name"]
raise UnexpectedRole(
"Cannot import unexpected role '{}'".format(name))
roles.append(roleEmoji)
role.fromJson(roleData, manual_load=manual_load)
if manual_load:
# Remove roles that were not present in imported data
self.roles = [x for x in self.roles if x.emoji in roles]
def test_find_role(self):
r1 = Role("foo")
r2 = Role("Bar")
r3 = Role("Baz")
roles = [r1, r2, r3]
found_role = find_role(r2.name, roles)
assert_that([role.name for role in roles]).contains(found_role.name)
def __init__(self, setting): #世界的生成，主角初始化
self.map = Map(setting)
self.state = State(setting)
self.me = Role(1, 1, '猪脚')
self.me.setting_attr(1, 1000)
self.me.check()
self.map.add(self.me)
self.should_add_time = 0
def __init__(self, level):
super(HowlGame, self).__init__(255, 255, 255, 255, 4000, 2000)
# init voice
self.NUM_SAMPLES = 1000 # pyAudio内部缓存块大小
self.LEVEL = 1500 # 声音保存的阈值
self.sample_count = 0 # 取样次数
self.average_volume = 0 # 平均音量
# init floor
self.floor = Floor(self, level)
self.add(self.floor, 0)
# init voiceBar
self.voiceBar = Sprite('ground/black.png', color=(0, 0, 255))
# self.voiceBar.position = 100, 460
self.voiceBar.scale_y = 0.1
self.voiceBar.image_anchor = 0, 0
self.add(self.voiceBar, 1)
# init role
self.role = Role(self)
self.role_run_to_right = False
self.role_run_to_left = False
self.add(self.role, 2)
self.action = FadeOut(0.5)
# init monster
# self.monster_node = cocos.cocosnode.CocosNode()
# for i in range(5):
# self.monster_node.add(Monster(self))
# self.add(self.monster_node)
# init flag
# flag = cocos.sprite.Sprite('scene/flag.png')
# flag.position = 3500, 120
# flag.scale = 0.5
# self.flag = flag
# self.add(flag)
# init stone
self.stone = None
self.boom = cocos.sprite.Sprite('scene/boom.png')
# init gameoverlayer
self.gameover = None
# Open Audio Input
pa = PyAudio()
SAMPLING_RATE = int(
pa.get_device_info_by_index(0)['defaultSampleRate'])
self.stream = pa.open(format=paInt16,
channels=1,
rate=SAMPLING_RATE,
input=True,
frames_per_buffer=self.NUM_SAMPLES)
self.schedule(self.update)
def test_req_num_emp_not_greater_than_minimum_task_req(self):
generic = CommonTestFunctions()
category = generic.category()
location = generic.location()
group = generic.group()
duration1 = generic.duration(6, 7)
duration2 = generic.duration(7, 8)
duration3 = generic.duration(8, 9)
task1 = generic.task(group,
location,
category,
duration1,
required_number_of_employees=2,
id=1)
task2 = generic.task(group,
location,
category,
duration2,
required_number_of_employees=4,
id=2)
task3 = generic.task(group,
location,
category,
duration3,
required_number_of_employees=3,
id=3)
tasks = [
task1,
task2,
task3,
]
acceptable = [
1,
2,
]
unacceptable = [
3,
4,
5,
]
for a in acceptable:
Role(1, 'Role', tasks, a)
for u in unacceptable:
try:
Role(1, 'Role', tasks, u)
except AssertionError:
pass
else:
raise Exception(
'Creating a role with a bad req number of employees did not raise an exception. '
+ str(u))
def add_role(self, role_json):
""" Append Role object to list """
if not ("role" in role_json):
print("Error: File format error. Missing 'role' in json array.")
exit(100)
if "inherits" in role_json:
self.list.append(Role(role_json["role"], role_json["inherits"]))
else:
self.list.append(Role(role_json["role"]))
def add(self, ico_name, ico_token, ico_url, role_name):
duplicate = self.__find_duplicate(ico_url)
if duplicate is not None:
self.__add_role_to_ico(duplicate, Role(role_name))
else:
roles = []
roles.append(Role(role_name))
ico = Ico(ico_name, ico_token, ico_url)
self.positions.append((ico, roles))
def select_and_print(role: Role, open: int) -> None:
print('Selection for {}'.format(role))
for i, (score, person) in enumerate(role.get_top_applicants()):
decision = "Deny"
if i < open:
decision = "Accept"
role.accept(person)
else:
role.deny(person)
print("{} {} {} for {}".format(decision, score, person, role))
print('\n')
def main(argv):
ota = AWS_IoT_OTA()
ota_bucket = S3Bucket(args.s3bucket, args.region)
if (False == ota_bucket.exists()):
if (True == ota_bucket.create()): print("Created bucket")
else:
sys.exit()
ota_role = Role(args.role)
if (False == ota_role.exists()):
ota_role.init_role_policies(account_id=args.account,
bucket_name=args.s3bucket)
ota.DoUpdate()
def get_membership(self, user_id=None, role=Role('member'),
group_id=None):
"""Search for user group membership, of a certain role.
user_id -- if unspecified default to current_user_dn
role -- Role
group_id -- if specified search only for this group
"""
if not user_id:
user_id = self.current_user_dn
url = self.base_url + "/search?"
params = {'ID': user_id,
'IDTYPE': 'x500',
'ROLE': role.get_name()}
if group_id:
params['GROUPID'] = group_id
xml_string = self._download_xml(url, params=params)
reader = GroupsReader()
groups = reader.read(xml_string)
self.logger.info('Retrieved groups ' + ', '.join([g.group_id for g in groups]))
return groups
def repo_all_roles(account_number, commit=False):
"""
Repo all eligible roles in an account. Collect any errors and display them at the end.
Args:
account_number (string)
commit (bool): actually make the changes
Returns:
None
"""
errors = []
role_ids_in_account = roledata.role_ids_for_account(account_number)
roles = Roles([])
for role_id in role_ids_in_account:
roles.append(
Role(roledata.get_role_data(role_id),
fields=['Active', 'RoleName']))
roles = roles.filter(active=True)
for role in roles:
errors.append(repo_role(account_number, role.role_name, commit=commit))
if errors:
LOGGER.error('Error(s) during repo: \n{}'.format(errors))
else:
LOGGER.info('Everything successful!')
def addDefaultRoles(self):
for name, groupName in cfg.DEFAULT_ROLES[self.platoon_size].items():
# Only add role if the group exists
if groupName in self.roleGroups.keys():
emoji = self.normalEmojis[name]
newRole = Role(name, emoji, False)
self.roleGroups[groupName].addRole(newRole)
def index(user):
user_count = Profile.objects(user_id=user[0]).count()
role = Role.objects(name="Citizen").first()
channel = Channel.objects(slug=map_channel(user[4])).first()
if user_count == 0:
#channels = []
coordinates = str(user[11]) + "," + str(user[12])
profile = Profile(user_id=int(user[0]),
full_name=user[1],
sign_up_with="mobile_number",
sign_up_ip_address=str(ipaddress.IPv4Address(user[2])),
avatar=str(user[3]),
roles=[role.id],
channels=[{"id": channel.id, "slug": channel.slug,
"mac_address": user[5], "sign_up": True, "device_token": user[6],
"last_login_at": user[7],
"settings": {"email_notifications_preferred": True,
"sms_notifications_preferred": True,
"push_notifications_preferred": True}}],
locations=[{"app_name": channel.app_name,
"location": {"name": user[8], "coordinates": coordinates,
"ward_id": user[9],
"city_id": user[10]}}])
profile.save()
print('User: '******' indexed')
else:
print('User: '******' already exists')
return True
def test_assign_role_with_bad_time(self):
generic = CommonTestFunctions()
category = generic.category()
location = generic.location()
group = generic.group()
duration1 = generic.duration(6, 7)
duration2 = generic.duration(7, 8)
duration3 = generic.duration(8, 9)
task1 = generic.task(group, location, category, duration1, required_number_of_employees=4, id=1)
task2 = generic.task(group, location, category, duration2, required_number_of_employees=4, id=2)
task3 = generic.task(group, location, category, duration3, required_number_of_employees=3, id=3)
tasks = [
task1,
task2,
task3,
]
role = Role(1, 'Role1', tasks, 3)
availability = [generic.availability(6,8)]
groups = [group]
preferences = [generic.preference(category)]
staff_member = generic.staff_member(availability=availability, preferences=preferences, groups=groups, id=1)
self.assertRaises(BadRoleAssignmentException, staff_member.assign_role, role)
self.assertFalse(staff_member.has_role(role))
self.assertFalse(staff_member.can_assign_role(role))
self.assertFalse(staff_member.has_role(role))
self.assertFalse(staff_member.try_assign_role(role))
self.assertFalse(staff_member.has_role(role))
class Slot:
"""class that defines slot
side_ = string type: left, right center
position_ = string type: winger, defence, ...
player_ = Player type:
role_ = Role type
"""
def __init__(self, side, position):
self.position_ = position
self.side_ = side
self.player_ = None
self.role_ = Role()
def __str__(self):
stringa = ""
if self.player_ != None:
stringa = self.side_[0] + self.side_[-1:] + " "
stringa += self.position_[0] + self.position_[-1:]
stringa += " (" + str(self.role_) + ")"
stringa += ": " + str(self.player_)
stringa += ";"
return stringa
def position(self):
return self.position_
def side(self):
return self.side_
def set_player(self, player):
self.player_ = player;
def has_player(self):
return self.player_ != None
def player(self):
return self.player_
def set_role(self, role):
self.role_.set_role(role);
def role(self):
return self.role_
def is_the_same(self, slot):
return self.position_ == slot.position_ and self.side_ == slot.side_
def add_pair(self, member, role):
try:
self.stats[give_faction(role)] += 1
except KeyError:
pass
self.player_map[member] = Player(member, role)
self.role_map[role] = Role(role, self.player_map[member])
self.player_map[member].role_class = self.role_map[role]
def create_base_tables():
"""Cria as tabelas base e prenche os valores iniciais!"""
import objs
from base_models import Sequence
model = Sequence()
syncModel(model)
#print('users')
from users import Users
model = Users()
syncModel(model)
#print('role')
from role import Role
model = Role()
syncModel(model)
result = Users().get()
if len(result) == 0:
import base64
password = base64.encodestring('noops!admin'.encode('utf-8')).decode('utf-8')
new_user_id = get_identity(table='users', user=None)
sql = "INSERT INTO users (nome, login, password, email, estado, id, user_create, date_create, active) VALUES ('admin', 'admin', '{var1}', 'admin@localhost', 'active','{var2}','{var3}','{var4}', True);".format(var1=password,var2= new_user_id, var3=new_user_id, var4=str(datetime.datetime.today()))
#print(sql)
with getcursor() as cursor:
cursor.execute(sql)
result = Role().get()
if len(result) == 0:
new_role_id = get_identity(table='role', user=new_user_id)
sql = "INSERT INTO role (nome, id, user_create, date_create, active) VALUES ('Administrator', '{var1}','{var2}','{var3}', True);".format(var1=new_role_id, var2=new_role_id, var3=str(datetime.datetime.today()))
#print(sql)
with getcursor() as cursor:
cursor.execute(sql)
#sql = 'CREATE TABLE IF NOT EXISTS role_users (id VARCHAR(50) PRIMARY KEY, role INTEGER, user_id INTEGER);'
#with getcursor() as cursor:
# cursor.execute(sql)
new_id = get_identity(table='role_users', user=new_user_id)
sql = "INSERT INTO role_users (role, users, id) VALUES ('{var1}','{var2}','{var3}');".format(var1=new_role_id, var2=new_user_id, var3=new_id)
#print(sql)
with getcursor() as cursor:
cursor.execute(sql)
def process_role(args):
"""
args:
0 -> operation
create:
1 -> role_name
delete, add-schema, remove-schema:
1 -> role_id
add-schema, remove-schema:
2 -> schema_id
"""
operation = args[0]
if operation == 'list':
return Role.list_current()
role = args[1]
if role == '':
return '>Missing parameters.'
if operation == 'create':
role_id = Role.create(role)
return f'>Role created with ID: {role_id}'
if not Role.exists(role):
return '>Role does not exist.'
if operation == 'delete':
Role.delete(role)
return f'>Role {role} deleted.'
try:
schema_id = args[2]
except IndexError:
return '>No scheme id specified.'
if operation == 'add-schema':
Role.add_schema(role, schema_id)
return f'>Schema {schema_id} added to role {role}'
elif operation == 'remove-schema':
Role.remove_schema(role, schema_id)
return f'>Schema {schema_id} removed from role {role}'
return False
def index(user):
user_count = Profile.objects(user_id=user[0]).count()
role = Role.objects(name="Citizen").first()
source_id = 1 if user[4] == 0 else user[4]
channel = Channel.objects(slug=map_channel(source_id)).first()
if user_count == 0:
#channels = []
latitude = user[11]
longitude = user[12]
coordinates = [float(longitude), float(latitude)
] if latitude and longitude else None
city_id = None if user[10] == 0 else user[10]
full_name = (user[1].lower().title()) if user[1] else 'Citizen'
profile = Profile(user_id=int(user[0]),
full_name=full_name,
sign_up_with="mobile_number",
sign_up_ip_address=str(ipaddress.IPv4Address(
user[2])),
avatar=user[3],
roles=[role.id],
channels=[{
"id": channel.id,
"slug": channel.slug,
"mac_address": user[5],
"sign_up": True,
"device_token": user[6],
"last_login_at": user[7],
"settings": {
"email_notifications_preferred": True,
"sms_notifications_preferred": True,
"push_notifications_preferred": True
}
}],
locations=[{
"app_name": channel.app_name,
"location": {
"name": user[8],
"coordinates": coordinates,
"ward_id": user[9],
"city_id": city_id
}
}])
profile.save()
#role.update(push__profile_ids=str(profile.id))
#print('User: '******'==' + str(profile.id) + ' indexed')
print('User: '******' indexed')
else:
print('User: '******' already exists')
return True
def role(self,
tasks,
required_number_of_employees=1,
name='Role',
id=None):
if id == None:
id = self._get_next_role_id()
r = Role(id, name, tasks, required_number_of_employees)
self.created_roles.append(r)
return r
def setup(meta):
person = Person(email_address="*****@*****.**",
activated=True,
firstname="Admin",
lastname="User")
person.password = '******'
person.activated = True
role = Role.find_by_name('organiser')
person.roles.append(role)
meta.Session.add(person)
def __init__(self):
self.iChat = ChatFeatures()
self.iChat.process()
self.linkFeatsDayUser = self.iChat.linkAnalysis()
self.domainWordsDayUser = self.iChat.domainWordsPerDay()
self.msgPerTurnDayUser = self.iChat.msgPerTurn()
self.quranCitesDayUser = self.iChat.quranCites()
self.iTopic = Topic()
#generalRelevance[date] = score
self.generalRelevanceDay = self.iTopic.relevantDayDetection()
self.userRelevanceDay = {}
for user in self.iChat.userSet:
self.userRelevanceDay[user] = self.iTopic.relevantDayDetection(
"./stats/distances" + user[0].upper() + user[1:] + ".tsv")
self.iRole = Role()
self.roleScoresDayUser = self.iRole.computeRolesPerDay()
self.wordsPerDayUser = self.iChat.wordsPerDay()
def update(self, person_socials, ico_name, ico_token, ico_url,
unclear_role):
self.socials.update(person_socials)
roles = Role.detect_roles(unclear_role)
for role in roles:
self.positions.add(ico_name, ico_token, ico_url, role)
if len(roles) == 1 and "UNCERTAIN" in roles:
self.uncertain_positions.add(ico_name, ico_token, ico_url,
unclear_role)
def test_cannot_give_conflicting_tasks(self):
generic = CommonTestFunctions()
required_number_of_employees = 1
category = generic.category()
location = generic.location()
group = generic.group()
duration1 = generic.duration(6, 7)
duration2 = generic.duration(7, 8)
duration3 = generic.duration(8, 9)
duration4 = generic.duration(6, 8)
task1 = generic.task(
group,
location,
category,
duration1,
required_number_of_employees=required_number_of_employees,
id=1)
task2 = generic.task(
group,
location,
category,
duration2,
required_number_of_employees=required_number_of_employees,
id=2)
task3 = generic.task(
group,
location,
category,
duration3,
required_number_of_employees=required_number_of_employees,
id=3)
task4 = generic.task(
group,
location,
category,
duration4,
required_number_of_employees=required_number_of_employees,
id=4)
tasks = [task1, task2, task3, task4]
role = None
try:
role = Role(1, 'Role', tasks, required_number_of_employees)
except AssertionError:
pass
else:
raise Exception(
'Creating the role did not raise a conflicting task exception.'
)
def delete_all_config(self):
if 'C_CONFIG_LAMBDAPROXY' in self.vars:
if self.config.has_section(self.vars['C_CONFIG_LAMBDAPROXY']):
for lp in self.config.items(self.vars['C_CONFIG_LAMBDAPROXY']):
self = Ltklambdaproxy(self, lp[0]).undeploy_lambda_proxy()
if 'C_CONFIG_SQS_QUEUES' in self.vars and 'C_CONFIG_SQS' in self.vars:
queues = Utils.get_list_config(self, self.vars['C_CONFIG_SQS'],
self.vars['C_CONFIG_SQS_QUEUES'])
for q in queues:
self = Queue(self, q).delete_queue()
self = Role(self, "bypassvalidator").unset_default_role()
def loginF(role):
flag = True
print('当前角色编码是%s' % role)
while flag:
exits = 0
user = input('用户：')
password = input('密码：')
f = open('../db/user.txt', 'r')
data = f.readlines()
print('用户数据：', data)
for i in data:
i = i.replace('\n', '').split(' ')
#print('校验密码',i[0],i[1],i[2])
#print('校验密码', user, password, role)
if i[0] == user and i[1] == password and i[2] == role:
exits = 1
if exits == 1:
print('用户校验成功！')
r = Role(role, user)
r.selectType()
else:
print('用户名或密码错误！')
def remove_role(email, role_id):
logger.info({
'status': 'remove',
'type': 'user',
'email': email,
'role_id': role_id
})
User.table.update_item(
Key={
'email': email,
'type': 'user'
},
UpdateExpression='DELETE role_list :role_id',
ExpressionAttributeValues={':role_id': set([role_id])})
role_name = Role.get_role_name(role_id)
schemas = Role.get_schemas(role_id)
for schema in schemas:
if schema == '0':
continue
User.change_role(email, schema, role_name, 'drop_group')
def setup(meta):
person = Person(
email_address="*****@*****.**",
activated=True,
firstname="Admin",
lastname="User"
)
person.password = '******'
person.activated = True
role = Role.find_by_name('organiser')
person.roles.append(role)
meta.Session.add(person)
def addAdditionalRole(self, name: str) -> str:
# Find next emoji for additional role
if self.countReactions() >= MAX_REACTIONS:
raise RoleError("Too many roles, not adding role {}".format(name))
emoji = cfg.ADDITIONAL_ROLE_EMOJIS[self.additionalRoleCount]
# Create role
newRole = Role(name, emoji, True)
# Add role to additional roles
self.roleGroups["Additional"].addRole(newRole)
self.additionalRoleCount += 1
return emoji
def create_role (self, role_type, player):
"""Creates a new role representing a role in this association.
:param role_type: the role type
:type role_type: `Topic`
:param player: the role player
:type player: `Topic`
:rtype: `Role`
"""
if role_type is None:
raise ModelConstraintException(self, 'The type may not be None')
if player is None:
raise ModelConstraintException(self, 'The player may not be None')
if self.topic_map != role_type.topic_map:
raise ModelConstraintException(
self, 'The type is not from the same topic map')
if self.topic_map != player.topic_map:
raise ModelConstraintException(
self, 'The player is not from the same topic map')
role = Role(association=self, type=role_type, player=player,
topic_map=self.topic_map)
role.save()
return role
def __init__(self, person_name, person_socials, ico_name, ico_token,
ico_url, unclear_role):
self.name = person_name
self.socials = Social(person_socials)
self.positions = Positions()
self.uncertain_positions = Positions()
roles = Role.detect_roles(unclear_role)
for role in roles:
self.positions.add(ico_name, ico_token, ico_url, role)
if len(roles) == 1 and "UNCERTAIN" in roles:
self.uncertain_positions.add(ico_name, ico_token, ico_url,
unclear_role)
def parse(cls, id, data):
token = Token()
token.setId(id)
data = data["token"]
issued_at = None
expires_at = None
try:
issued_at = datetime.strptime(data["issued_at"],
"%Y-%m-%dT%H:%M:%S.%fZ")
except Exception:
issued_at = datetime.strptime(data["issued_at"],
"%Y-%m-%dT%H:%M:%S.%f")
try:
expires_at = datetime.strptime(data["expires_at"],
"%Y-%m-%dT%H:%M:%S.%fZ")
except Exception:
expires_at = datetime.strptime(data["expires_at"],
"%Y-%m-%dT%H:%M:%S.%f")
token.setCreation(issued_at)
token.setExpiration(expires_at)
project = Project()
project.setId(data["project"]["id"])
project.setName(data["project"]["name"])
token.setProject(project)
user = User()
user.setId(data["user"]["id"])
user.setName(data["user"]["name"])
user.setProjectId(data["project"]["id"])
token.setUser(user)
if "extras" in data:
token.getExtras().update(data["extras"])
for info in data["roles"]:
role = Role()
role.setId(info["id"])
role.setName(info["name"])
token.getRoles().append(role)
for service_info in data["catalog"]:
service = Service()
service.setId(service_info["id"])
service.setType(service_info["type"])
service.setName(service_info["name"])
for endpoint_info in service_info["endpoints"]:
endpoint = Endpoint()
endpoint.setId(endpoint_info["id"])
endpoint.setInterface(endpoint_info["interface"])
endpoint.setRegion(endpoint_info["region"])
endpoint.setRegionId(endpoint_info["region_id"])
endpoint.setURL(endpoint_info["url"])
service.getEndpoints().append(endpoint)
token.getServices().append(service)
return token
def buildRbac(self):
self.prefixes = {}
"""for att in self.rbacdoc.attributes:
a, p = att
value = self.rbacdoc.getAttributeNS(XMLNS_NAMESPACE, str(p))
self.prefixes[str(p)] = value"""
for child in self.rbacdoc.childNodes:
if child.nodeType==Node.ELEMENT_NODE:
if child.tagName == "prefixes":
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == "prefix":
name = node.getAttributeNS(EMPTY_NAMESPACE,'name')
value = node.getAttributeNS(EMPTY_NAMESPACE,'value')
self.prefixes[name] = value
if child.tagName == C.USERS:
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == C.USER:
userId = node.getAttributeNS(EMPTY_NAMESPACE,'id')
login = ""
password = ""
publickey = ""
publickeytype = ""
for nodeee in node.childNodes:
if nodeee.nodeType==Node.ELEMENT_NODE:
if nodeee.tagName == C.LOGIN:
tmpval = nodeee.childNodes[0].nodeValue
login = string.strip(str(tmpval))
if nodeee.tagName == C.PASSWORD:
tmpval = nodeee.childNodes[0].nodeValue
password = string.strip(str(tmpval))
if nodeee.tagName == C.PUBLIC_KEY:
tmpval = nodeee.childNodes[0].nodeValue
publickey = string.strip(str(tmpval))
tmpval = nodeee.getAttributeNS(EMPTY_NAMESPACE,'keytype')
publickeytype = string.strip(str(tmpval))
user = User(userId, login, password, publickey, publickeytype)
self.users.append(user)
if child.tagName == C.ROLES:
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == C.ROLE:
roleId=""
roleName=""
juniorRolesId=[]
roleId = node.getAttributeNS(EMPTY_NAMESPACE,'id')
for nodeee in node.childNodes:
if nodeee.nodeType == Node.ELEMENT_NODE:
if nodeee.tagName == C.NAME:
tmpval = nodeee.childNodes[0].nodeValue
name = string.strip(str(tmpval))
roleName = name
if nodeee.tagName == C.JUNIOR_ROLES:
juniorRoleIds = []
for n in nodeee.childNodes:
if n.nodeType == Node.ELEMENT_NODE:
if n.tagName == C.JUNIOR_ROLE:
jrid = n.getAttributeNS(EMPTY_NAMESPACE,'roleRef')
juniorRolesId.append(jrid)
role = Role(roleId, roleName, juniorRolesId)
self.roles.append(role)
if child.tagName == C.PERMISSIONS:
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == C.PERMISSION:
for nodeee in node.childNodes:
if nodeee.nodeType==Node.ELEMENT_NODE:
if nodeee.tagName == C.SCOPE:
tmpval = nodeee.childNodes[0].nodeValue
scope = string.strip(str(tmpval))
att_id = node.getAttributeNS(EMPTY_NAMESPACE,'id')
att_op = node.getAttributeNS(EMPTY_NAMESPACE,'op')
permission = Permission(att_id, att_op, scope)
self.permissions.append(permission)
if child.tagName == C.USER_ASSIGNEMENTS:
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == C.USER_ASSIGNEMENT:
roleId = node.getAttributeNS(EMPTY_NAMESPACE,'roleRef')
userId = node.getAttributeNS(EMPTY_NAMESPACE,'userRef')
role = self.getRoleFromId(roleId)
user = self.getUserFromId(userId)
role.addUser(user)
if child.tagName == C.PERMISSION_ASSIGNEMENTS:
for node in child.childNodes:
if node.nodeType==Node.ELEMENT_NODE:
if node.tagName == C.PERMISSION_ASSIGNEMENT:
roleId = node.getAttributeNS(EMPTY_NAMESPACE,'roleRef')
permId = node.getAttributeNS(EMPTY_NAMESPACE,'permRef')
role = self.getRoleFromId(roleId)
perm = self.getPermFromId(permId)
if role != None and perm != None:
role.addPermission(perm)
else:
pass
import random
from chessboard import Chessboard
from role import Role
import sys
def sendMessage(message):
sys.stdout.write(message + "\n")
sys.stdout.flush()
def receiveMessage():
message = sys.stdin.readline()
sys.stdin.flush()
return message[:len(message) - 1]
rl = Role() # init the computer role
while True:
# receive command from judge program
command = receiveMessage()
command = command.split()
if command[0].upper() == "QUIT" or command[0].upper() == "Q": # quit the game
sendMessage("bye")
exit()
elif command[0].upper() == "START": # play a new game
if command[1].upper() == "BLACK":
# wait the opponent player to make a move
sendMessage("ok")
cb = Chessboard(-1) # black first always
continue
def __init__(self, side, position): self.position_ = position self.side_ = side self.player_ = None self.role_ = Role()