def dashboard_bugs_duration(plan, fact, auto_open, priorities, labels,
creators, repository, citrix_token,
local_user):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data_dao = dc.get_issue_sqllite(query=None, expand=None)
for priority in priorities:
dashboard = BugsDurationDashboard()
dashboard.dashboard_name = 'Bugs Life Cycle for '
dashboard.items_on_chart = 10
dashboard.min_item_tail = 5
dashboard.plan = plan
dashboard.fact = fact
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.priority = priority.strip()
dashboard.creators = creators
dashboard.labels = labels
dashboard.prepare(data=data_dao)
dashboard.export_to_plot()
def dashboard_yota_burndown(auto_open, repository, mssql_query_file,
dashboard_type, citrix_token, local_user,
labels, dashboard_name, start_date, end_date):
dc = DataController()
data_spent = dc.get_issues_mssql(mssql_query_file=mssql_query_file[0])
data_original = dc.get_issues_mssql(
mssql_query_file=mssql_query_file[1])
dashboard = None
for dt in dashboard_type:
if dt == 'TOTAL':
dashboard = YotaBurndownDashboard()
elif dt == 'DOMAIN':
dashboard = YotaDomainBurndownDashboard()
elif dt == 'WORKS':
dashboard = YotaWorksBurndownDashboard()
dashboard.dashboard_name = dashboard_name
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.labels = labels
dashboard.start_date = datetime.datetime.strptime(
start_date, '%d.%m.%y').date()
dashboard.end_date = {
scope: datetime.datetime.strptime(date, '%d.%m.%y').date()
for scope, date in end_date.items()
}
dashboard.multi_prepare(data_spent=data_spent,
data_original=data_original)
dashboard.export_to_plot()
def dashboard_feature_progress(self, plan, fact, details):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data = dc.get_pandas_issues(query=None, expand=None)
df1 = data[(data.issuetype == "Epic") |
(data.issuetype == "Documentation")]
df2 = df1[df1["labels"].str.contains(pat="num")]
d = df2['labels'].to_dict()
fl = get_feature_list(d)
# fg = get_group_list(d)
fser = get_feature_series(fl, 2)
dashboard = FeatureProgressDashboard()
for i in range(0, len(fser)):
dashboard.dashboard_name = 'Feature F-{0}'.format(
i) # str(i).zfill(1)
dashboard.filter_list = ['num{0}'.format(i)]
dashboard.items_on_chart = 40
dashboard.min_item_tail = 6
dashboard.plan = plan
dashboard.fact = fact
dashboard.details = details
dashboard.prepare(data=data)
dashboard.export_to_plot()
def update(query, start, jira_url, jira_name):
"""update data in cache"""
mng = DataController()
mng.update_cache_from_jira(query=query,
start=start,
url=jira_url,
jira_name=jira_name)
def get_daily_result(fundcode, amount):
print('获取' + fundcode + '净值...')
fundgetter = FundGetter(fundcode)
today_fund_price, extent = fundgetter.get_price()
dc = DataController()
yesterday_fund_price = float(dc.get_fund_price(fundcode))
result = extent * float(amount)
return today_fund_price, result
def dashboard_reference_implementation(self):
dc = DataController()
data = dc.get_pandas_issues(query=None)
options = cc_klass().read_dashboards_config()
data_path = options[config_controller.FEATURE_PROGRESS_FILE]
data_dict = data.to_dict(orient='index')
serializable_data_dict = iu.serialize(data_dict)
DashboardController.save_to_json(data=serializable_data_dict,
file_path=data_path)
def __init__(self, update_server):
self.temperature_controller = TemperatureController(set_temperature=20,
mode=Mode.COOLER)
self.sensor_controller = SensorController()
self.mqtt_controller = DataController()
self.user_interface = UserInterface()
self.unit_controller = UnitController()
self.update_server = update_server
self.command_subscriber = CommandSubscriber("192.168.3.2",
self.handle_command)
self.current_display_data = None
def dashbord_issue_detail(self, key, field_mode, export, jira_url):
dc = DataController()
issue = dc.get_issue(key=key, jira_url=jira_url)
dashboard = IssueDetailDashboard()
dashboard.dashboard_name = "{0}".format(key)
dashboard.items_on_chart = 30
dashboard.min_item_tail = 6
if field_mode is not None:
dashboard.field_mode = field_mode
dashboard.prepare(data=issue)
dashboard.export_to_file(export_type=export)
def dashboard_iot(auto_open, repository, mssql_query_file, citrix_token,
local_user):
dc = DataController()
data = dc.get_issues_mssql(mssql_query_file=mssql_query_file)
dashboard = IotDashboard()
dashboard.dashboard_name = 'IoT Super Sprint 10'
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.prepare(data=data)
dashboard.export_to_plot()
def dashboard_ba_work_distribution(auto_open, repository, mssql_query_file,
citrix_token, local_user):
dc = DataController()
data = dc.get_issues_mssql(mssql_query_file=mssql_query_file)
dashboard = BaWorkDistributionDashboard()
dashboard.dashboard_name = 'Business Analysts work distribution'
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.prepare(data=data)
dashboard.export_to_plot()
def dashboard_all_bugs(auto_open, repository, mssql_query_file,
citrix_token, local_user):
dc = DataController()
data = dc.get_issues_mssql(mssql_query_file=mssql_query_file)
dashboard = AllBugsDashboard()
dashboard.dashboard_name = 'All bugs in BSSBox and Domains projects'
dashboard.repository = repository
dashboard.auto_open = auto_open
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.prepare(data=data)
dashboard.export_to_plot()
def dashboard_bssbox_bugs_tracking(auto_open, repository, mssql_query_file,
citrix_token, local_user,
dashboard_name):
dc = DataController()
data = dc.get_issues_mssql(mssql_query_file=mssql_query_file)
dashboard = BssboxBugsTrackingDashboard()
dashboard.dashboard_name = dashboard_name
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.prepare(data=data)
dashboard.export_to_plot()
def setUp(self):
dir = os.path.dirname(__file__)
self.data_controller = DataController()
self.data_controller.read_settings(dir + "\settings.yaml")
self.login = self.data_controller.config["login"]
self.password = self.data_controller.config["password"]
self.output_dir = dir + self.data_controller.config["output_path"]
browser_factory = BrowserFactory(self.data_controller)
self.driver = browser_factory.driver
# Implicit wait 30 seconds
self.driver.implicitly_wait(30)
self.driver.maximize_window()
self.driver.get(self.data_controller.config["url"])
def dashboard_heatmap(self):
dc = DataController()
data = dc.get_pandas_issues(query=None, expand='')
df1 = data[data.issuetype == "Epic"]
df2 = df1[df1["labels"].str.contains(pat="num")]
d = df2['labels'].to_dict()
fl = get_feature_list(d)
fgl = get_feature_series(fl, 3)
dashboard = FeatureHeatmapDashboard()
for i in range(0, 1):
dashboard.dashboard_name = i # str(i).zfill(1)
dashboard.prepare(data=df2)
dashboard.export_to_plot()
def dashboard_sprint_info(auto_open, repository, mssql_query_file,
dashboard_type, citrix_token, local_user,
dashboard_name, end_date):
dc = DataController()
data = dc.get_issues_mssql(mssql_query_file=mssql_query_file)
for dt in dashboard_type:
dashboard = SprintInfoDashboard(
) if dt == 'DOMAIN' else FeatureInfoDashboard()
dashboard.dashboard_name = dashboard_name
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.end_date = datetime.datetime.strptime(
end_date, '%d.%m.%y').date()
dashboard.prepare(data=data)
dashboard.export_to_plot()
def dashboard_bugs_progress(plan, fact, auto_open, repository,
citrix_token, local_user):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data_dao = dc.get_issue_sqllite(query=None, expand=None)
dashboard = BugsProgressDashboard()
dashboard.dashboard_name = 'BSSBox bugs progress'
dashboard.items_on_chart = 20
dashboard.min_item_tail = 5
dashboard.plan = plan
dashboard.fact = fact
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.prepare(data=data_dao)
dashboard.export_to_plot()
def dashboard_feature_domain_progress(self, plan, fact, details, projects,
fixversion, auto_open,
dashboard_type, dashboard_format,
sprint, components, upload_to_file,
labels):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data_dao = dc.get_issue_sqllite(query=None,
expand=None,
upload_to_file=upload_to_file)
project_list = projects #["BSSPAY", "BSSUFM", "BSSBFAM", "BSSLIS"]
for project in project_list:
dashboard = FeatureProgressDomainDashboard()
dashboard.dashboard_name = 'All features in ' + (fixversion if project == "" else project) + \
(('('+components + ')') if components != "" else "") + \
((' ' + sprint) if sprint != "" else "")
dashboard.filter_list = [""]
dashboard.items_on_chart = 40
dashboard.min_item_tail = 6
dashboard.plan = plan
dashboard.fact = fact
dashboard.details = details
dashboard.auto_open = auto_open
dashboard.project = project
dashboard.fixversion = fixversion
dashboard.dashboard_type = dashboard_type
dashboard.dashboard_format = dashboard_format
dashboard.sprint = sprint
dashboard.components = components
dashboard.labels = labels
dashboard.prepare(data=data_dao)
#lopen_list, ldev_list, lclose_list, lname_list = data_dao.get_sum_by_projects(dashboard.project, "",
# fixversion)
#for val in lname_list:
# dashboard.open_list, dashboard.dev_list, dashboard.close_list, dashboard.name_list
dashboard.export_to_plot()
class DataModel(IDataModel):
"A Subject (a.k.a Observable)"
def __init__(self):
self._observers = {}
self._counter = 0
# subscribing to an external hypothetical data controller
self._data_controller = DataController()
self._data_controller.subscribe(self)
def subscribe(self, observer):
self._counter = self._counter + 1
self._observers[self._counter] = observer
return self._counter
def unsubscribe(self, observer_id):
self._observers.pop(observer_id)
def notify(self, data):
for observer in self._observers:
self._observers[observer].notify(data)
def dashboard_sprint_burndown(auto_open, repository, mssql_query_file,
dashboard_type, citrix_token, local_user,
dashboard_name, start_date, end_date):
dc = DataController()
data_spent = dc.get_issues_mssql(mssql_query_file=mssql_query_file[0])
data_original = dc.get_issues_mssql(
mssql_query_file=mssql_query_file[1])
for dt in dashboard_type:
dashboard = SprintBurndownDashboard(
) if dt == 'SPRINT' else DomainBurndownDashboard()
dashboard.dashboard_name = dashboard_name
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.start_date = datetime.datetime.strptime(
start_date, '%d.%m.%y').date()
dashboard.end_date = datetime.datetime.strptime(
end_date, '%d.%m.%y').date()
dashboard.multi_prepare(data_spent=data_spent,
data_original=data_original)
dashboard.export_to_plot()
def dashboard_feature_group_progress(self, plan, fact, details):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data = dc.get_pandas_issues(query=None, expand=None)
dashboard = FeatureProgressDashboard()
#Dashbord parameters
#filter to search epics (feature group)
fg_list = FEATURE_GROUP_LIST.split(sep=';')
dashboard.filter_list = fg_list
dashboard.dashboard_name = "Feature Group Dashboard"
dashboard.items_on_chart = 30
dashboard.min_item_tail = 6
dashboard.plan = plan
dashboard.fact = fact
dashboard.details = details
dashboard.prepare(data=data)
dashboard.export_to_plot()
def dashboard_arba_issues(plan, fact, auto_open, assignees, teams, details,
repository, citrix_token, local_user):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data_dao = dc.get_issue_sqllite(query=None, expand=None)
if details == 'issues':
dashboard = ArbaIssuesDashboard()
dashboard.dashboard_name = teams + ' issues tracking'
dashboard.items_on_chart = 10
dashboard.min_item_tail = 5
dashboard.plan = plan
dashboard.fact = fact
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.assignees = assignees
dashboard.prepare(data=data_dao)
dashboard.export_to_plot()
elif details == 'review':
dashboard = ArbaReviewDashboard()
dashboard.dashboard_name = teams + ' review'
dashboard.items_on_chart = 10
dashboard.min_item_tail = 5
dashboard.plan = plan
dashboard.fact = fact
dashboard.auto_open = auto_open
dashboard.repository = repository
dashboard.citrix_token = citrix_token
dashboard.local_user = local_user
dashboard.assignees = assignees
dashboard.prepare(data=data_dao)
dashboard.export_to_plot()
def dashboard_bugs(plan, fact, auto_open, priorities, projects, statuses,
labels, repository):
if not (plan and fact):
raise ValueError('both of plan and fact parameters are false')
dc = DataController()
data_dao = dc.get_issue_sqllite(query=None, expand=None)
for priority in priorities:
dashboard = BugsDashboard()
dashboard.dashboard_name = '{0}s in BSSBox'.format(priority.strip()) if labels == ''\
else 'Showstoppers in BSSBox'
dashboard.items_on_chart = 10
dashboard.min_item_tail = 5
dashboard.plan = plan
dashboard.fact = fact
dashboard.priority = priority.strip()
dashboard.projects = projects
dashboard.statuses = statuses
dashboard.labels = labels
dashboard.repository = repository
dashboard.auto_open = auto_open
dashboard.prepare(data=data_dao)
dashboard.export_to_plot()
def get_all(query=None):
"""update data in cache"""
mng = DataController()
mng.get_issues_by_query(query)
import shutil
import pyforms
import traceback
import threading
from pyforms import BaseWidget
from pyforms.controls import ControlText
from pyforms.controls import ControlButton
from pyforms.controls import ControlCombo
from pyforms.controls import ControlTextArea
from pyforms.controls import ControlLabel
from pyforms.controls import ControlTextArea
from data_controller import DataController
from fund_getter import FundGetter
q1 = queue.Queue()
lock = threading.Lock()
dc = DataController()
fg = FundGetter()
class FundCalculatorGUI(BaseWidget):
def __init__(self):
super(FundCalculatorGUI, self).__init__('FundCalculatorGUI')
self.daily_report = ControlLabel()
self.current_fund = ControlLabel('Current Fund:')
self.fund_code = ControlText('Fund Code:')
self.fund_amount = ControlText('Fund Amount:')
self.add_fund_button = ControlButton('Add Fund')
self.add_fund_button.value = self.add_fund
class Thermostat():
def __init__(self, update_server):
self.temperature_controller = TemperatureController(set_temperature=20,
mode=Mode.COOLER)
self.sensor_controller = SensorController()
self.mqtt_controller = DataController()
self.user_interface = UserInterface()
self.unit_controller = UnitController()
self.update_server = update_server
self.command_subscriber = CommandSubscriber("192.168.3.2",
self.handle_command)
self.current_display_data = None
def startup(self):
pass
def run(self):
self.command_subscriber.subscribe()
while True:
current_temperature = self.sensor_controller.get_temperature()
current_state = self.temperature_controller.handle_new_reading(
current_temperature)
current_humidity = self.sensor_controller.get_humidity()
converted_data = self.unit_controller.convert({
"temperature":
current_temperature,
"set_temperature":
self.temperature_controller.get_set_temperature(),
"humidity":
current_humidity,
"mode":
self.temperature_controller.get_mode(),
"state":
current_state
})
self.mqtt_controller.publish_data(converted_data)
self.update_server(converted_data)
self.command_subscriber.command_loop()
self.current_display_data = converted_data
time.sleep(1)
def handle_command(self, command):
command_type = command.get('command')
if command_type == "SET_TEMPERATURE":
self.temperature_controller.update_set_temperature(
self.unit_controller.convert_incomming(
command['data']['temperature']))
elif command_type == "SET_MODE":
self.temperature_controller.set_mode(Mode(command['data']['mode']))
def update_set_temperature(self, set_temperature):
converted_temp = UnitController.convert_f_to_c(set_temperature)
self.temperature_controller.update_set_temperature(converted_temp)
self.update_server({
"temperature":
self.current_display_data.get('temperature'),
"set_temperature":
set_temperature,
"humidity":
self.current_display_data.get('humidity'),
"mode":
self.temperature_controller.get_mode(),
"state":
self.current_display_data.get('state')
})
def shutdown(self):
print('Shutting Down')
self.temperature_controller.shutdown()
def __init__(self):
self._observers = {}
self._counter = 0
# subscribing to an external hypothetical data controller
self._data_controller = DataController()
self._data_controller.subscribe(self)
today_fund_price, extent = fundgetter.get_price()
dc = DataController()
yesterday_fund_price = float(dc.get_fund_price(fundcode))
result = extent * float(amount)
return today_fund_price, result
def get_time():
CurrentHour = int(time.strftime('%H', time.localtime(time.time())))
CurrentMin = int(time.strftime('%M', time.localtime(time.time())))
CurrentTime = CurrentHour + CurrentMin / 100
CurrentWeek = int(time.strftime('%w', time.localtime(time.time())))
return CurrentTime, CurrentWeek
# itchat.auto_login(hotReload=True)
dc = DataController()
dc.create_table()
if dc.if_data_need_to_init(len(funds)):
print(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())) + '表中没有数据，需要初始化数据')
dc.clean_data()
i = 0
for fund in funds:
dc.init_data(funds[i])
i += 1
else:
print(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())) + '表中已经存在数据，无需初始化，表中的基金份额为：')
for fund in funds:
print(fund + '的份额为: ' + str(round(dc.get_fund_amount(fund), 2)))
y_or_n = input(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time())) + '是否需要重新确定份额？Y/N')
if y_or_n == 'Y' or y_or_n == 'y':
dc.clean_data()
pygame.draw.rect(screen, pygame.Color(0, 180, 0),
(100, self.height - 70, 400, 50))
screen.blit(
menu,
(self.width // 2 - menu.get_width() // 2, self.height - 60))
else:
self.render()
self.game_over_delay -= 1
blackout = pygame.Surface((self.width, self.height))
blackout.set_alpha(
math.floor(255 - 255 * self.game_over_delay /
self.game_over_delay_start))
screen.blit(blackout, (0, 0))
dataController = DataController()
dataController.load_personal_data()
dataController.load_ships_data()
pygame.init()
pygame.display.set_caption('')
clock = pygame.time.Clock()
size = width, height = 600, 800
screen = pygame.display.set_mode(size)
running = True
gameState = {'menu': True, 'over': False, 'isPlaying': False}
music_controller.play_menu()
menu = Menu(size)
game = Game(size)
while running:
if gameState['menu']:
menu.handleEvents(pygame.event.get())
"Observer Design Pattern Concept" from data_model import DataModel from data_controller import DataController from pie_graph_view import PieGraphView from bar_graph_view import BarGraphView from table_view import TableView # A local data view that the hypothetical external controller updates DATA_MODEL = DataModel() # Add some visualisation that use the dataview PIE_GRAPH_VIEW = PieGraphView(DATA_MODEL) BAR_GRAPH_VIEW = BarGraphView(DATA_MODEL) TABLE_VIEW = TableView(DATA_MODEL) # A hypothetical data controller running in a different process DATA_CONTROLLER = DataController() # The hypothetical external data controller updates some data DATA_CONTROLLER.notify([1, 2, 3]) # Client now removes a local BAR_GRAPH BAR_GRAPH_VIEW.delete() # The hypothetical external data controller updates the data again DATA_CONTROLLER.notify([4, 5, 6])
def initialize_cache(query, url, jira_name):
"""update data in cache"""
mng = DataController()
mng.initialize_cache_from_jira(query=query,
url=url,
jira_name=jira_name)
