def draw_by_login_dimensions():
url = 'https://www.growingio.com/v2/projects/1P6j1bVP/charts/nRbXvYlo.json'
headers = GrowingIO.get_headers()
params = GrowingIO.get_params()
response = requests.get(url, headers=headers, params=params)
print('response is ' + response.text)
chart = response.json()
def draw_by_leave():
url = 'https://www.growingio.com/v2/projects/1P6j1bVP/charts/j9yAxnm9.json'
headers = GrowingIO.get_headers()
params = GrowingIO.get_params()
response = requests.get(url, headers=headers, params=params)
print('response is ' + response.text)
chart = response.json()
draw(chart)
def run(self):
response = GrowingIO.get_dashboard(self.project, self.dashboard)
if response is None:
raise RuntimeError('response is None')
if 'charts' not in response.keys():
raise RuntimeError('not find charts')
charts = response['charts']
for chart in charts:
self.create_chart(chart)
time.sleep(2)
def create_chart(self, chart: dict):
if 'id' not in chart.keys():
raise RuntimeError('not found id')
if 'name' not in chart.keys():
raise RuntimeError('not found name')
chart_id = chart['id']
chart_name = chart['name']
# if chart_name != '广告监测':
# return
if chart_name not in self.chart_configs.keys():
return
days = 7
interval = 86400000
config: dict = self.chart_configs[chart_name]
if config is not None:
if '(天)' in config.keys():
days = config['(天)']
if days == 1:
interval = 3600000
if '(单位)' in config.keys():
if config['(单位)'] == '(天)':
interval = 86400000
elif config['(单位)'] == '(小时)':
interval = 3600000
response = GrowingIO.get_chart(self.project, chart_id, days, interval)
# 这里判断是图表还是表格
if 'meta' not in response.keys():
raise RuntimeError('not found meta')
if 'data' not in response.keys():
raise RuntimeError('not found data')
metas: dict = response['meta']
datas: list = response['data']
if chart_id == 'nRbX0Lzo':
GioOutputer_nRbX0Lzo.output(chart_name, metas, datas, self)
elif chart_id == 'EoZLXeqR':
GioOutputer_EoZLXeqR.output(chart_name, metas, datas, self)
elif chart_id == 'lPQqm4vP':
GioOutputer_lPQqm4vP.output(chart_name, metas, datas, self)
elif chart_id == '39lYy4dR':
GioOutputer_39lYy4dR.output(chart_name, metas, datas, self)
elif chart_id == 'bR7NDvY9':
GioOutputer_bR7NDvY9.output(chart_name, metas, datas, self)
elif chart_id == '4PKzOGyR':
GioOutputer_4PKzOGyR.output(chart_name, metas, datas, self)
elif chart_id == 'lPQzDeno':
GioOutputer_lPQzDeno.output(chart_name, metas, datas, self)
elif chart_id == 'qPkNbYlR':
GioOutputer_qPkNbYlR.output(chart_name, metas, datas, self)
else:
dimensions = []
metrics = []
for meta in metas:
if 'name' not in meta.keys():
raise RuntimeError('not found meta')
name = meta['name']
if 'dimension' in meta.keys():
dimensions.append(name)
elif 'metric' in meta.keys():
metrics.append(name)
else:
raise RuntimeError('not found dimension or metric')
# 如果维度=(目标用户+其他)，则为单趋势图
# 如果维度=(目标用户+其他+其他)且有两个变量，则为双趋势图，两个变量分两个图表
# 如果维度=(目标用户+其他+其他...)，则为表格
if len(dimensions) < 2:
raise RuntimeError('dimensions count error')
if len(metrics) < 1:
raise RuntimeError('metrics count error')
if len(dimensions) == 2:
if dimensions[0] == '目标用户':
# pass
self.single_chart(chart_name, datas, dimensions, metrics)
else:
pass
# raise RuntimeError('dimensions error')
elif len(dimensions) == 3 and len(metrics) == 2:
if dimensions[0] == '目标用户':
# pass
self.double_chart(chart_name, datas, dimensions, metrics)
else:
self.table(chart_name, datas, dimensions, metrics)
else:
self.table(chart_name, datas, dimensions, metrics)