def skip_guide(driver, x1=0.8, x2=0.1, outtime=5):
"""
跳过引导页
:param driver:
:param x1:
:param x2:
:param outtime:
:return:
"""
try:
element = Operation(driver).isElementExist(
By.ID, "com.tianyancha.skyeye:id/launch_vp", outtime=outtime
)
win = driver.get_window_size()
if element:
for i in range(3):
TouchAction(driver).press(
x=win["width"] * x1, y=win["height"] * 0.5
).move_to(
x=win["width"] * x2, y=win["height"] * 0.5
).release().perform()
driver.find_element_by_id("com.tianyancha.skyeye:id/launch_btn").click()
# 是否存在 “显示在其他应用的上层”
bar_title = Operation(driver).isElementExist(
By.ID, "android:id/title", outtime=3
)
if bar_title:
driver.keyevent(4)
except Exception as e:
log.error(e)
def agree_license(driver, outtime=5):
try:
element = Operation(driver).isElementExist(
By.ID, "com.tianyancha.skyeye:id/btn_agreement_next", outtime=outtime
)
if element:
Operation(driver).new_find_element(
By.ID, "com.tianyancha.skyeye:id/btn_agreement_next"
).click()
log.info("点击同意用户协议和隐私政策！")
else:
log.info("点击同意用户协议失败！！！")
except Exception as e:
log.error(e)
def cancel_update(driver):
"""
旧版本关闭更新弹窗
:param driver:
:return:
"""
try:
ele = Operation(driver).isElementExist(
By.ID, "com.tianyancha.skyeye:id/btn_finish")
if ele:
Operation(driver).new_find_element(
By.ID, "com.tianyancha.skyeye:id/btn_finish").click()
except Exception as e:
log.error(error_format(e))
def _get_operation(add=False):
arg1 = None
arg2 = None
inputs = "\n".join([e.value for e in FunctionMethod])
method = raw_input("Input possible:\n"+inputs+"\nPlease enter the operation: ")
while method not in set(e.value for e in FunctionMethod):
print("Error the operation is not permitted")
method = raw_input("Input possible:\n" + inputs + "\nPlease enter the operation: ")
if not add:
arg1 = raw_input("Please enter the first argument: ")
try:
arg1 = int(arg1)
except ValueError:
pass
arg2 = raw_input("Please enter the second argument: ")
try:
arg2 = int(arg2)
except ValueError:
pass
return Operation(method, arg1, arg2)
def start(self):
data = self.communicator.read_transmit()
while data[0] != STOP:
operation_data = data[1]
task_data = data[2]
task = Task(task_data["code"])
operation = Operation(
operation_data["id"], operation_data["params"],
operation_data["credits"], operation_data["cron"],
operation_data["times_per_minute"],
operation_data["stop_time"], operation_data["binary"])
print("Got finished task: ", task.code, " for operation: ",
operation.id)
def ack(operation_id):
# If operation was successfully saved in the server
if operation_id == operation.id:
print("Successfully sent task: ", task.code,
" for operation: ", operation.id)
self.communicator.sent_task(operation, task)
# Send operation to server
self.send_results(operation, task, ack)
data = self.communicator.read_transmit()
print("Transmit manager ending its work...")
def setUpClass(cls):
super().setUpClass()
cls.operation = Operation(cls.driver)
cls.company = CompanyFunc(cls.driver, cls.ELEMENT)
cls.account = Account()
cls.company_name = '四川同辉实业有限公司'
cls.rand_str = RandomStr()
def setUpClass(cls):
super().setUpClass()
cls.operation = Operation(cls.driver)
cls.company = CompanyFunc(cls.driver, cls.ELEMENT)
cls.account = Account()
cls.user = cls.account.get_account()
cls.company_name = '四川同辉实业有限公司'
def traceroute(self, op_id, params, credits_):
# Params must be a dict with params
actual_credits = self.communicator.get_current_credits()
print("Credit cost: ", credits_)
print("Credits in use: ", actual_credits, "/", self.max_credits)
if actual_credits + credits_ > self.max_credits:
print("No available credits for this operation")
return
sub_cmd = self.parser.parse_traceroute(params)
print("Sub cmd: ", sub_cmd)
operation = Operation(
op_id,
sub_cmd,
credits_,
params["cron"],
params["times_per_minute"],
params["stop_time"],
SCAMPER_BINARY
)
data_to_send = {
"credits": credits_
}
self.sender.emit(
"new_operation",
data_to_send
)
self.operations_manager.add_operation(operation)
def run(self):
self.vizgraph = VizGraph()
with open(self.get_workflow_path()) as f:
json_data = json.load(f)
for s in json_data["setup"]:
self.vizgraph.add_viz(s)
for s in json_data["setup"]:
self.vizgraph.apply_interaction(Operation(s))
self.workflow_interactions = json_data["interactions"]
self.operation_results = OrderedDict({ "args": vars(self.options), "results": OrderedDict() })
self.current_interaction_index = 0
self.current_vizrequest_index = 0
self.benchmark_start_time = util.get_current_ms_time()
try:
logger.info("calling \"workflow_start\" on driver")
self.driver.workflow_start()
except AttributeError:
pass
global do_poll
do_poll = True
def poll_results(slf, queue):
global count
while do_poll:
try:
process_result = queue.get(timeout=1)
except Empty:
logger.info("result queue empty... trying again")
continue
if process_result is None:
continue
slf.deliver_viz_request([process_result])
logger.info("stopped polling results")
try:
while queue.get(timeout=0.01):
pass
except Empty:
logger.info("result queue cleard")
if not self.options.groundtruth:
thread = Thread(target = poll_results, args = (self, IDEBench.result_queue))
thread.start()
interaction_index = 0
while interaction_index < len(self.workflow_interactions):
self.process_interaction(interaction_index)
interaction_index +=1
do_poll = False
if not self.options.groundtruth:
thread.join()
self.end_run()
def process_interaction(self, interaction_index):
print("processing!")
if interaction_index < 0 or interaction_index >= len(
self.workflow_interactions):
print("reached end of interactions")
self.end_run()
return
print("thinking...")
time.sleep(self.options.settings_thinktime / 1000)
interaction = self.workflow_interactions[interaction_index]
vizs_to_request = self.vizgraph.apply_interaction(
Operation(interaction))
viz_requests = []
for viz in vizs_to_request:
viz_requests.append(
VizRequest(self.current_vizrequest_index,
self.current_interaction_index, viz))
self.current_vizrequest_index += 1
#if interaction_index == 0:
# self.result_queue = multiprocessing.Queue()
# TODO: document this feature
try:
self.driver.before_requests(self.options, self.schema,
IDEBench.result_queue)
except AttributeError:
pass
procs = []
nprocs = len(viz_requests)
if hasattr(self.driver,
"use_single_process") and self.driver.use_single_process:
for viz_request in viz_requests:
self.driver.process_request(viz_request, self.options,
self.schema, IDEBench.result_queue)
else:
for viz_request in viz_requests:
proc = multiprocessing.Process(
target=self.driver.process_request,
args=(viz_request, self.options, self.schema,
IDEBench.result_queue))
procs.append(proc)
proc.start()
resultlist = []
for i in range(nprocs):
resultlist.append(IDEBench.result_queue.get())
for proc in procs:
proc.join()
self.deliver_viz_request(resultlist)
self.current_interaction_index += 1
self.process_interaction(self.current_interaction_index)
def get_states(self):
num_bins = self.pick(self.config["numBinDimensionsPerViz"]["values"],
self.config["numBinDimensionsPerViz"]["pd"])
bins = []
picks = []
while len(bins) < num_bins:
dimensions_p = [dim["p"] for dim in self.config["dimensions"]]
dimensions_p = [p / sum(dimensions_p) for p in dimensions_p]
dimension = self.pick(self.config["dimensions"], dimensions_p)
if dimension in picks:
continue
picks.append(dimension)
sql_statement = "SELECT * FROM df "
df = self.df
df = pandasql.sqldf(sql_statement, locals())
d_bin = {"dimension": dimension["name"]}
if self.dim_to_type[dimension["name"]] == "quantitative":
dim_max_val = df[dimension["name"]].max()
dim_min_val = df[dimension["name"]].min()
#d_bin["width"] = round(random.uniform(0.025, 0.1) * (dim_max_val - dim_min_val))
d_bin["width"] = round(
random.uniform(0.025, 0.1) * (dim_max_val - dim_min_val))
elif self.dim_to_type[dimension["name"]] == "categorical":
try:
pd.to_numeric(df[dimension["name"]])
d_bin["width"] = 1
except:
pass
bins.append(d_bin)
per_bin_aggregate_type = self.pick(
self.config["perBinAggregates"]["values"],
self.config["perBinAggregates"]["pd"])
per_bin_aggregate = {"type": per_bin_aggregate_type}
if per_bin_aggregate_type == "avg":
avg_dimension = self.pick([
d for d in self.sample_json["tables"]["fact"]["fields"]
if (d["type"] == "quantitative")
])
per_bin_aggregate["dimension"] = avg_dimension["field"]
VizAction.VIZ_COUNTER += 1
self.viz_name = "viz_%s" % VizAction.VIZ_COUNTER
self.binning = bins
self.perBinAggregates = [per_bin_aggregate]
return Operation(
OrderedDict({
"name": self.viz_name,
"binning": self.binning,
"perBinAggregates": self.perBinAggregates
}))
def preissue(driver):
# 判断是否是测试包，是的话，切换环境
scene = Operation(driver).isElementExist(By.ID, "android:id/button1")
if scene:
driver.find_element_by_id("android:id/button1").click()
# 切换到 我的
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "com.tianyancha.skyeye:id/tab_iv_5"))).click()
# 下滑，寻找 设置
switch = Operation(driver)
switch.swipeUp()
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "com.tianyancha.skyeye:id/tv_setting"))).click()
# 判断是否需要切换环境
try:
# 是否为测试包
presence = switch.isElementExist(By.ID,
"com.tianyancha.skyeye:id/test")
if presence:
presence_text = WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "com.tianyancha.skyeye:id/test")))
if presence_text.text == "测试":
# 点击 切换环境 按钮
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID,
"com.tianyancha.skyeye:id/btn_change_environment"
))).click()
WebDriverWait(driver, 3, 0.5).until(
EC.presence_of_element_located((
By.XPATH,
'//*[@resource-id="com.tianyancha.skyeye:id/tv_name" and @text="预发环境"]',
))).click()
# time.sleep(1)
driver.close_app()
# time.sleep(1)
print("重启APP")
driver.launch_app()
# 点击同意用户协议
agree_license(driver)
# 跳过引导页
skip_guide(driver)
# 跳过更新提示
cancel_update(driver)
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "android:id/button1"))).click()
print("环境切换完毕")
return
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "com.tianyancha.skyeye:id/iv_back"))).click()
WebDriverWait(driver, 5, 0.5).until(
EC.presence_of_element_located(
(By.ID, "com.tianyancha.skyeye:id/tab_iv_1"))).click()
except Exception as e:
print(e)
def process_interaction(self, interaction_index):
logger.info("interaction %i" % interaction_index)
interaction = self.workflow_interactions[interaction_index]
next_interaction = self.workflow_interactions[interaction_index + 1] if interaction_index +1 < len(self.workflow_interactions) else None
vizs_to_request = self.vizgraph.apply_interaction(Operation(interaction))
expected_start_time = interaction["time"]
viz_requests = []
for viz in vizs_to_request:
viz_requests.append(VizRequest(self.current_vizrequest_index, self.current_interaction_index, expected_start_time, viz))
self.current_vizrequest_index += 1
# TODO: document this feature
try:
self.driver.before_requests(self.options, self.schema, IDEBench.result_queue)
except AttributeError:
pass
procs = []
nprocs = len(viz_requests)
if self.options.groundtruth or (hasattr(self.driver, "use_single_process") and self.driver.use_single_process):
for viz_request in viz_requests:
op_id = str(viz_request.operation_id)
if op_id in self.gt_for_result["results"] and self.gt_for_result["results"][op_id]["output"]:
self.driver.process_request(viz_request, self.options, self.schema, IDEBench.result_queue)
self.deliver_viz_request([IDEBench.result_queue.get()])
self.counter += 1
else:
for viz_request in viz_requests:
thread = Thread(target = self.driver.process_request, args = (viz_request, self.options, self.schema, IDEBench.result_queue ))
procs.append(thread)
thread.start()
time.sleep(0.002) # so the request threads do not overwhelm some of the drivers (particularly verdictdb)
resultlist = []
delay = 0
think_time = 0
if "time" in interaction and next_interaction:
original_think_time = next_interaction["time"] - interaction["time"]
delay = min(0, next_interaction["time"] - (util.get_current_ms_time() - self.benchmark_start_time))
think_time = max(0, delay + original_think_time)
else:
think_time = self.options.settings_thinktime
if not self.options.groundtruth:
time.sleep(think_time / 1000)
self.current_interaction_index += 1
def receive_data(self, conn):
operation_data_str = conn.recv()
operation_data = json.loads(operation_data_str)
operation = Operation(operation_data["id"], operation_data["params"],
operation_data["credits"],
operation_data["cron"],
operation_data["times_per_minute"],
operation_data["stop_time"],
operation_data["binary"])
self.communicator.finish_operation(operation)
conn.close()
def end_run(self):
logger.info("done processing interactions")
try:
logger.info("calling \"workflow_end\" on driver")
self.driver.workflow_end()
except AttributeError:
pass
# adding un-answered queries, if necessary
non_delivered_count = 0
delivered_count = 0
operation_id = 0
event_id = 0
if not self.options.groundtruth:
for interaction in self.workflow_interactions:
vizs_to_request = self.vizgraph.apply_interaction(Operation(interaction))
expected_start_time = interaction["time"]
for viz in vizs_to_request:
if not operation_id in self.operation_results["results"]:
non_delivered_count += 1
self.deliver_viz_request([VizRequest(operation_id, event_id, expected_start_time, viz, True)])
else:
delivered_count += 1
expected_start_time = interaction["time"]
operation_id += 1
event_id += 1
if non_delivered_count > 0:
logger.info("added %s non-delivered results to final result" % non_delivered_count)
path = "results/%s.json" % (self.get_config_hash())
if not self.options.groundtruth:
logger.info("saving results to %s" % path)
with open(path, "w") as fp:
json.dump(self.operation_results, fp, indent=4)
if self.options.groundtruth:
logger.info("saving groundtruth to %s" % self.get_groundtruth_path())
assure_path_exists(self.get_groundtruth_path())
with open(self.get_groundtruth_path(), "w") as fp:
json.dump(self.operation_results, fp, indent=4)
def receive_data(self, conn):
finished_task_data_str = conn.recv()
finished_task_data = json.loads(finished_task_data_str)
operation = Operation(
finished_task_data["operation"]["id"],
finished_task_data["operation"]["params"],
finished_task_data["operation"]["credits"],
finished_task_data["operation"]["cron"],
finished_task_data["operation"]["times_per_minute"],
finished_task_data["operation"]["stop_time"],
finished_task_data["operation"]["binary"])
task = Task(finished_task_data["task"]["code"])
self.communicator.finish_task(operation, task)
conn.close()
def __init__(self, driver, element):
self.driver = driver
self.ELEMENT = element
self.operation = Operation(self.driver)
self.extend = Extend(self.driver)
class Dishonest:
def __init__(self, driver, element):
self.driver = driver
self.ELEMENT = element
self.operation = Operation(self.driver)
self.extend = Extend(self.driver)
def into_dishonest_mid(self):
search_input = self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_search_input"])
return search_input
# 通过banner封装进入企业预核名方法
def entrance(self):
count = 0
# 获取屏幕比例
x = self.driver.get_window_size()["width"]
y = self.driver.get_window_size()["height"]
self.driver.swipe(0.8 * x, 0.52 * y, 0.2 * x, 0.52 * y, 300)
base_path = os.path.abspath(
os.path.join(os.path.dirname(__file__), os.pardir))
banner_path = os.path.join(base_path, "Data/search_dishonest.png")
while True:
banner = self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/sdv_banner")
# 截取当前banner
self.extend.get_screenshot_by_element(banner)
# 进行图像比对
result = self.extend.classify_hist_with_split(banner_path)
# 判断图像对比结果和对比次数
if count > 4:
log.warning("查找banner超过4次上限！！！请检查！！！")
break
elif result > 0.7: # 图像对比结果判断
# 点击banner进入企业预核名页面
self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/sdv_banner").click()
break
else:
# 左滑切换下一张banner
self.driver.swipe(0.8 * x, 0.52 * y, 0.2 * x, 0.52 * y, 300)
count += 1
def clean_search_history(self):
"""从「查老赖首页」开始，进入「搜索中间页」，删除「最近搜索记录」"""
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_search_input"]).click()
res = self.operation.isElementExist(
By.ID, self.ELEMENT["dishonest_del_history"], outtime=3)
# 如果「删除最近搜索按钮」存在：
if res:
self.operation.new_find_element(
By.ID, self.ELEMENT["dishonest_del_history"]).click()
self.operation.new_find_element(
By.ID, self.ELEMENT["dishonest_del_submit"]).click()
# 「删除最近搜索按钮」不存在，然后返回「查老赖」首页
self.operation.new_find_element(
By.ID, self.ELEMENT["dishonest_mid_cancel"]).click()
log.info("清除查老赖搜索历史")
def get_hotword_element_in_mid(self, idx=1):
return self.operation.new_find_elements(
By.ID, self.ELEMENT["dishonest_hot_words"])[idx]
def click_hotword_in_mid(self, idx=1):
hotword_element = self.get_hotword_element_in_mid(idx)
text_value = hotword_element.text
log.info("查看 {} 老赖信息".format(text_value))
hotword_element.click()
return text_value
def broken_faith_enterprise(self):
"进入 失信企业"
enterprise = self.operation.new_find_element(
By.XPATH, self.ELEMENT["broken_faith_enterprise_tab"])
return enterprise
def search_city(self,
province,
city,
pr_y1=0.7,
pr_y2=0.5,
ci_y1=0.7,
ci_y2=0.3):
"按区域筛选"
self.operation.new_find_element(
By.XPATH,
self.ELEMENT["dishonest_screen"].format(1)).click() # 点击 1.全部区域
# 滑动省份
pr_count = 5
while True:
if (self.operation.isElementExist(
By.XPATH,
self.ELEMENT["dishonest_city"].format(province),
outtime=2) or pr_count <= 0):
break
self.operation.swipeUp(0.1, pr_y1, pr_y2) # 滑动省份
pr_count -= 1
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(province)).click()
# 滑动城市
city_count = 5
while True:
if (self.operation.isElementExist(
By.XPATH,
self.ELEMENT["dishonest_city"].format(city),
outtime=2) or city_count <= 0):
break
self.operation.swipeUp(0.5, ci_y1, ci_y2) # 滑动城市
city_count -= 1
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(city)).click()
def search_year(self, year, y1=0.8, y2=0.6):
"按年龄筛选"
self.operation.new_find_element(
By.XPATH,
self.ELEMENT["dishonest_screen"].format(2)).click() # 点击 出生年月
self.operation.swipeUp(0.1, y1, y2) # 滑动年份
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(year)).click()
year_count = 10
self.operation.new_find_element(
By.XPATH,
self.ELEMENT["dishonest_screen"].format(2)).click() # 点击 出生年月
while True:
if (self.operation.isElementExist(
By.XPATH, self.ELEMENT["dishonest_screen"].format(2))
or year_count <= 0):
break
self.operation.swipeUp(0.1, y1, y2) # 滑动年份
year_count -= 1
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(year)).click()
def search_sex(self, sex):
"按性别筛选"
self.operation.new_find_element(
By.XPATH,
self.ELEMENT["dishonest_screen"].format(3)).click() # 点击 性别
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(sex)).click()
def back_all_regions(self,
province="全部区域",
city="全部区域",
pr_y1=0.5,
pr_y2=0.7,
ci_y1=0.3,
ci_y2=0.7):
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_screen"].format(1)).click()
# 滑动省份
pr_count = 5
while True:
if (self.operation.isElementExist(
By.XPATH,
self.ELEMENT["dishonest_city"].format(province),
outtime=2) or pr_count <= 0):
break
self.operation.swipeDown(0.1, pr_y1, pr_y2) # 滑动省份
pr_count -= 1
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(province)).click()
# 滑动城市
city_count = 5
while True:
if (self.operation.isElementExist(
By.XPATH,
self.ELEMENT["dishonest_city"].format(city),
outtime=2) or city_count <= 0):
break
self.operation.swipeDown(0.5, ci_y1, ci_y2) # 滑动城市
city_count -= 1
if city == '全部区域':
self.operation.new_find_element(
By.ID, self.ELEMENT["dishonest_city_low"]).click()
else:
self.operation.new_find_element(
By.XPATH, self.ELEMENT["dishonest_city"].format(city)).click()
def __init__(self, driver, element):
self.driver = driver
self.operation = Operation(driver)
self.element = element
self.log = Logger("sift_tools").getlog()
class SiftOperation:
def __init__(self, driver, element):
self.driver = driver
self.operation = Operation(driver)
self.element = element
self.log = Logger("sift_tools").getlog()
@getimage
def get_key(self, key_, value, index):
"""
获取高级筛选，选中项
:param key_: 高级筛选项，键集合
:param value: 高级筛选项，值集合
:param index: 选择项索引
:return:返回被选中项key
"""
len_ = self.driver.get_window_size()
x = len_["width"] * 0.5
y1 = len_["height"] * 0.5
y2 = len_["height"] * 0.15
listKey = self.element[key_].split("###")
listValue = self.element[value].split("###")
origin = self.element[listKey[index - 1]]
target = listValue[index - 1]
if not self.operation.isElementExist(By.ID, self.element["bt_reset"]):
self.operation.new_find_element(
By.ID, self.element["select_more"]).click()
all_icon = origin.split(
"..")[0] + "following-sibling::android.widget.ImageView"
for i in range(20):
icon_tag = self.operation.isElementExist(By.XPATH, all_icon)
origin_tag = self.operation.isElementExist(By.XPATH, origin)
if len(listKey) > 2 and icon_tag:
self.operation.new_find_element(By.XPATH, all_icon).click()
break
elif origin_tag:
break
else:
self.driver.swipe(x, y1, x, y2, 2000)
if i == 19:
self.log.info("获取「{}」失败".format(target))
origin_text = self.operation.new_find_element(By.XPATH, origin).text
self.operation.new_find_element(By.XPATH, origin).click()
if self.operation.isElementExist(By.ID, self.element["more_commit"]):
self.operation.new_find_element(
By.ID, self.element["more_commit"]).click()
return listKey[index - 1], origin_text
@getimage
def back2relation_search(self, inputTarget):
"""
从公司详情页检验完成后，回到查关系
:param inputTarget: 搜索关键词
"""
for i in range(20):
if self.operation.isElementExist(By.ID, self.element["clear_all"]):
self.operation.new_find_element(
By.ID, self.element["clear_all"]).click()
self.operation.new_find_element(
By.ID, self.element["delete_confirm"]).click()
self.operation.new_find_element(
By.ID, self.element["from_input_textview"]).click()
self.operation.new_find_element(
By.ID,
self.element["search_input_edit"]).send_keys(inputTarget)
break
else:
self.driver.keyevent(4)
@getimage
def back2company_search(self):
"""
从公司详情页检验完成后，回到查公司
"""
for i in range(20):
if self.operation.isElementExist(
By.ID, self.element["search_sort_or_cancel"]):
break
else:
self.driver.keyevent(4)
@getimage
def reset(self, targetSelect):
"""
重置高级筛选项
:param targetSelect: 被选中筛选项
"""
if self.operation.isElementExist(By.ID, self.element["bt_reset"]):
if targetSelect is None:
self.operation.new_find_element(
By.ID, self.element["bt_reset"]).click()
else:
self.operation.new_find_element(
By.XPATH, self.element[targetSelect]).click()
else:
if not self.operation.isElementExist(By.ID,
self.element["select_more"]):
self.operation.swipeDown()
self.operation.new_find_element(
By.ID, self.element["select_more"]).click()
if targetSelect is None:
self.operation.new_find_element(
By.ID, self.element["bt_reset"]).click()
else:
self.operation.new_find_element(
By.XPATH, self.element[targetSelect]).click()
@getimage
def login_vip(self, phone_num_vip, phone_passwd):
"""
登陆vip账号
"""
if self.operation.is_login():
self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tab_iv_5").click()
login_text = self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tv_user_type").text
if "到期时间" in login_text:
self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tab_iv_1").click()
else:
self.operation.logout()
self.operation.login(phone_num_vip, phone_passwd)
else:
self.operation.login(phone_num_vip, phone_passwd)
@getimage
def login_normal(self, phone_num_normal, phone_passwd):
"""
登陆普通账号
"""
if self.operation.is_login():
self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tab_iv_5").click()
login_text = self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tv_user_type").text
if "到期时间" in login_text:
self.operation.logout()
self.operation.login(phone_num_normal, phone_passwd)
else:
self.operation.new_find_element(
By.ID, "com.tianyancha.skyeye:id/tab_iv_1").click()
else:
self.operation.login(phone_num_normal, phone_passwd)
@getimage
def search_key(self, tag):
"""
输入搜索关键词
:param tag: 1:查公司；2：查关系
:return: 返回输入的关键词
"""
if tag == 1:
self.operation.new_find_element(
By.ID, self.element["search_company"]).click()
else:
self.operation.new_find_element(
By.ID, self.element["search_relation"]).click()
self.operation.new_find_element(By.ID,
self.element["search_box"]).click()
tarList = self.element["from_input_target"].split("###")
inputTarget = tarList[random.randint(0, len(tarList) - 1)]
if tag == 2:
self.operation.new_find_element(
By.ID, self.element["from_input_textview"]).click()
self.operation.new_find_element(
By.ID, self.element["search_input_edit"]).send_keys(inputTarget)
self.log.info("搜索词：{}".format(inputTarget))
return inputTarget
@getimage
def point2company(self, selectTarget):
"""
从关系节点介入公司详情页
:param selectTarget: 选中条件
:return: 输入内容
"""
selectText = self.operation.new_find_element(
By.ID, self.element["tv_title"]).text
if self.operation.isElementExist(By.ID,
self.element["more_empty_view"]):
self.log.info(selectText)
self.reset(selectTarget)
else:
self.operation.new_find_element(
By.XPATH, self.element["from_target_item_1"]).click()
self.operation.new_find_element(
By.XPATH, self.element["sky_canvas"]).click()
return selectText
@getimage
def click2company(self, selectText, selectTarget):
"""
用于查公司-更多筛选，点击搜索列表页中item
:param selectText: 更多筛选-筛选项
:param selectTarget: 搜索关键词
:return: 返回被校验公司名
"""
company_name = ''
if self.operation.isElementExist(By.ID,
self.element["more_empty_view"]):
self.log.info("「{}」筛选无结果".format(selectText))
self.reset(selectTarget)
else: # 查公司-「机构类型」筛选
items = self.random_list()
self.log.info("「{}」，搜索结果页-公司列表长度：{}".format(
selectText, str(items)))
# 防止item超出页面，无法获取元素
if items > 2:
items = items - 2
t_item = "{}[{}]{}".format(self.element["company_list"],
str(items),
self.element["company_name_path"])
company_name_ele = self.operation.new_find_element(
By.XPATH, t_item)
company_name = company_name_ele.text
self.log.info("断言公司名称：{}".format(company_name))
company_name_ele.click()
return company_name
@getimage
def random_list(self):
"""
搜索列表页，随机上滑
:return: 返回搜索列表页，list长度
"""
len_ = self.driver.get_window_size()
x = len_["width"] * 0.5
y1 = len_["height"] * 0.8
y2 = len_["height"] * 0.3
for i in range(random.randint(2, 6)):
self.driver.swipe(x, y1, x, y2, 1000)
return len(
self.operation.new_find_elements(By.XPATH,
self.element["company_list"]))
@getimage
def detail4relation(self,
detailText,
selectTarget,
inputTarget,
index=None):
"""
获取公司：详情页维度
:param detailText: 详情页维度名称
:param selectTarget: 选中条件
:param inputTarget: 输入内容
:param index: 选中项索引
"""
selectText = self.point2company(selectTarget)
firm_name = self.operation.new_find_element(
By.ID, self.element["firm_detail_name_tv"]).text
self.log.info("高级筛选:{}，断言公司名称：{}".format(selectText, firm_name))
result = self.find_dim(detailText, selectText, index)
self.back2relation_search(inputTarget)
return result
@getimage
def detail4company(self, selectText, detailText, selectTarget, index=None):
"""
获取公司：详情页维度
:param selectText: 选中的筛选条件
:param detailText: 详情页维度名称
:param selectTarget: 选中条件
:param index: 选中项索引
"""
self.click2company(selectText, selectTarget)
result = self.find_dim(detailText, selectText, index)
self.back2company_search()
self.reset(selectTarget)
return result
@getimage
def erg_ew(self, selectText):
"""
选中网址/邮箱
:param selectText: 被选中项
"""
_map = [
{
"tag": "邮箱",
"ele": "tv_base_info_email"
},
{
"tag": "网址",
"ele": "tv_base_info_web"
},
]
result = "false"
for i in _map:
if i["tag"] in selectText:
if self.operation.isElementExist(By.ID,
self.element[i["ele"]]):
result = self.driver.find_element_by_id(
self.element[i["ele"]]).get_attribute("enabled")
if not self.operation.isElementExist(
By.ID, "com.tianyancha.skyeye:id/iv_claim_label"):
if result == "true":
self.log.info("===公司被认证，企业主上传了「{}信息」===".format(
i["tag"]))
result = "false"
return result
@getimage
def basic4relation(self, selectTarget, inputTarget):
"""
获取公司：基本信息(网址、邮箱)并断言
:param selectTarget: 选中条件
:param inputTarget: 输入内容
"""
selectText = self.point2company(selectTarget)
company_name = self.operation.new_find_element(
By.ID, self.element["firm_detail_name_tv"]).text
self.log.info("高级筛选：{}，断言公司名称：{}".format(selectText, company_name))
result = self.erg_ew(selectText)
self.back2relation_search(inputTarget)
return result, company_name
@getimage
def basic4company(self, selectText, selectTarget):
"""
获取公司：基本信息(网址、邮箱)并断言
:param selectText: 被选中的筛选项
:param selectTarget: 选中条件
"""
self.click2company(selectText, selectTarget)
WebDriverWait(self.driver,
5).until(lambda driver: driver.find_element_by_id(
self.element["tv_base_info_email"]))
result = self.erg_ew(selectText)
self.back2company_search()
self.reset(selectTarget)
return result
@getimage
def into_company(self, company=None):
"""搜公司，并进入公司详情页"""
if company is not None:
self.operation.new_find_element(
By.ID, self.element["search_company"]).click()
self.operation.new_find_element(
By.ID, self.element["search_box"]).click()
self.operation.new_find_element(
By.ID, self.element["search_input_edit"]).send_keys(company)
company_ele = '//*[@class="android.widget.TextView" and @text="{}"]'.format(
company)
self.operation.new_find_element(By.XPATH, company_ele).click()
WebDriverWait(self.driver,
5).until(lambda driver: driver.find_element_by_id(
self.element["tag_firm"]))
else:
self.search_key(1)
WebDriverWait(self.driver,
5).until(lambda driver: driver.find_element_by_id(
self.element["btn_export_data"]))
items = self.random_list()
# 防止item超出页面，无法获取元素
if items > 2:
items = items - 2
item_tag = "{}[{}]{}".format(self.element["company_list"],
str(items),
self.element["company_name_path"])
company_item = self.operation.new_find_element(By.XPATH, item_tag)
company_name = company_item.text
self.log.info("断言公司名称：{}".format(company_name))
company_item.click()
return company_name
@getimage
def find_dim(self, detailText, selectText, index):
"""查找维度"""
result = ''
d_wd = '//*[@class="android.widget.TextView" and @text="{}"]'.format(
detailText)
d_count = '//*[@class="android.widget.TextView" and @text="{}"]/preceding-sibling::android.widget.TextView'.format(
detailText)
for i in range(20):
if self.operation.isElementExist(By.XPATH, d_wd):
detailCount = self.operation.isElementExist(By.XPATH, d_count)
if detailText == "著作权":
if index == 2 and not detailCount:
# 断言-详情页「著作权」维度无数据时
result = detailCount
else:
self.operation.new_find_element(By.XPATH, d_wd).click()
targ = selectText[1:] # 截取著作权类别
if targ == "软件著作权":
result = self.operation.count_num(
By.XPATH,
self.element["rjzzq_detail_tab_layout"])
elif targ == "作品著作权":
result = self.operation.count_num(
By.XPATH,
self.element["rjzzq_detail_tab_layout"])
break
else:
result = detailCount
else:
self.operation.swipeUp(0.5, 0.7, 0.3, 2000)
if i == 19:
self.log.info("断言失败-公司详情页未找到「{}」".format(detailText))
return result
@getimage
def company_type(self, selectText, index, result=None):
"""进入工商信息，验证企业类型，相关操作"""
_type_dict = {
4: ["国有"],
6: ["个体"],
9: ["外"],
10: ["港", "澳", "台"],
11: ["联营"],
12: ["一人有限责任公司"]
}
for i in range(20):
if self.operation.isElementExist(
By.XPATH, self.element["more_gsxx_dimension"]):
self.operation.new_find_element(
By.XPATH, self.element["more_gsxx_dimension"]).click()
# 工商信息维度，查找企业类型字段
for j in range(20):
if self.operation.isElementExist(
By.ID,
self.element["companyinfo_company_org_type_tv"]):
result_text = self.operation.new_find_element(
By.ID, self.
element["companyinfo_company_org_type_tv"]).text
self.log.info("企业类型筛选:{}".format(selectText))
result = None
for k in _type_dict.keys():
if index == k:
result = False
for l in _type_dict[k]:
if l in result_text:
result = True
break
break
else:
result = selectText in result_text
break
else:
self.operation.swipeUp(0.5, 0.7, 0.3, 2000)
if j == 19:
result = "企业类型断言失败-工商信息详情页，企业类型未找到"
break
else:
self.operation.swipeUp(0.5, 0.7, 0.3, 2000)
if i == 19:
result = "企业类型断言失败-公司详情页未找到「工商信息」"
return result
def __init__(self, driver, element):
self.driver = driver
self.opera = Operation(driver)
self.ELEMENT = element
def get_states(self):
if VizAction.VIZ_COUNTER < 1:
return None
pick_from = -1
pick_to = -1
link_type = None
while (pick_from == -1 or pick_to == -1):
from_candidate = random.randint(0, VizAction.VIZ_COUNTER)
to_candidate = random.randint(0, VizAction.VIZ_COUNTER)
link_type_names = [l["name"] for l in self.config["linkType"]]
link_type_pds = [l["p"] for l in self.config["linkType"]]
link_type = self.pick(link_type_names, link_type_pds)
print(link_type)
if link_type == "sequential" and LinkAction.LATEST_LINK:
from_candidate = LinkAction.LATEST_LINK[1]
elif link_type == "1n" and LinkAction.LATEST_LINK:
from_candidate = LinkAction.LATEST_LINK[0]
elif link_type == "n1" and LinkAction.FIRST_LINK:
to_candidate = LinkAction.FIRST_LINK[1]
num_tries = 10
giveup = False
g = {}
for i in range(num_tries + 1):
g = {}
for l in LinkAction.LINKS:
if l[0] not in g:
g[l[0]] = []
g[l[0]].append(l[1])
if from_candidate not in g:
g[from_candidate] = []
g[from_candidate].append(to_candidate)
if self.cyclic(g):
if link_type == "n1" and LinkAction.FIRST_LINK:
to_candidate = LinkAction.FIRST_LINK[1]
else:
to_candidate = random.randint(0, VizAction.VIZ_COUNTER)
if i == num_tries:
giveup = True
else:
break
if giveup:
print("giving up!")
break
if from_candidate != to_candidate and (
(to_candidate, from_candidate) not in LinkAction.LINKS) and (
(from_candidate, to_candidate) not in LinkAction.LINKS):
pick_from = from_candidate
pick_to = to_candidate
if not LinkAction.FIRST_LINK:
LinkAction.FIRST_LINK = (pick_from, pick_to)
LinkAction.LATEST_LINK = (pick_from, pick_to)
LinkAction.LINKS.add(LinkAction.LATEST_LINK)
break
if len(LinkAction.LINKS) >= VizAction.VIZ_COUNTER - 1:
break
#print("a")
if (pick_from == -1 or pick_to == -1):
# print("b")
return None
#print("c")
incoming_links = [
"viz_" + str(l[0])
for l in filter(lambda x: x[1] == pick_to, LinkAction.LINKS)
]
combined_filters = Operation(
OrderedDict({
"name": "viz_" + str(pick_to),
"source": (" and ".join(incoming_links))
}))
return combined_filters
def get_states(self):
if len(LinkAction.LINKS) == 0:
return
rand_link = self.pick(list(LinkAction.LINKS))
rand_link_src = rand_link[0]
nodes_dict = self.vizgraph.get_nodes_dict()
src_viz = nodes_dict["viz_" + str(rand_link_src)]
computed_filter = src_viz.get_computed_filter()
df = self.df
sql_statement = "SELECT * FROM df "
if len(computed_filter) > 0:
sql_statement += "WHERE " + computed_filter
df_result = pandasql.sqldf(sql_statement, locals())
if df_result.empty:
return None
filter_per_dim = []
for bin_dim in range(len(src_viz.binning)):
filters = []
dim = src_viz.binning[bin_dim]["dimension"]
field = list(
filter(lambda x: x["field"] == dim,
self.sample_json["tables"]["fact"]["fields"]))[0]
if field["type"] == "quantitative":
bin_width = float(src_viz.binning[bin_dim]["width"])
min_val = df_result[dim].min()
max_val = df_result[dim].max()
min_index = math.floor(min_val / bin_width)
max_index = math.floor(max_val / bin_width)
num_bins = 0
if np.random.rand() < 0.4:
num_bins = 1
else:
num_bins = random.randint(
1, max_index -
min_index) if max_index > min_index else 1
selected_bins = np.random.choice(np.arange(
min_index, max_index + 1),
size=num_bins,
replace=False)
for selected_bin in selected_bins:
range_min = selected_bin * bin_width
range_max = (selected_bin + 1) * bin_width
filt = "(%s >= %s and %s < %s)" % (dim, '{:.1f}'.format(
range_min), dim, '{:.1f}'.format(range_max))
filters.append(filt)
else:
all_bins = df_result[dim].unique().tolist()
num_bins = random.randint(1, len(all_bins))
selected_bins = np.random.choice(all_bins,
size=num_bins,
replace=False)
for selected_bin in list(selected_bins):
filt = "(%s = '%s')" % (dim, selected_bin)
filters.append(filt)
filter_per_dim.append(" or ".join(filters))
filter_per_dim = ["(%s)" % f for f in filter_per_dim]
return Operation(
OrderedDict({
"name": ("viz_%s" % rand_link_src),
"selection": " and ".join(filter_per_dim)
}))
class CompanyFunc:
def __init__(self, driver, excel):
self.driver = driver
self.operation = Operation(driver)
self.excel = excel
def search_company(self, company_name, device, company_num=1, max_num=5):
"""
搜索公司，并进入
@param company_name: 公司名字
@param device: 设备名字
@param company_num: 搜索结果第几个，从1 开始
@param max_num:
@return:
"""
while True:
if (self.operation.isElementExist(By.ID, self.excel["tab_1"])
or max_num <= 0):
break
self.driver.keyevent(4)
max_num -= 1
# 点击首页
self.operation.new_find_element(By.ID, self.excel["tab_1"]).click()
# 首页进入查公司
self.operation.new_find_element(By.ID,
self.excel["check_company"]).click()
# 搜索公司名
self.operation.adb_send_input(By.ID, self.excel["search_company"],
company_name, device)
# 进入公司
counts = self.operation.new_find_elements(By.XPATH,
self.excel['search_num'])
if len(counts) > 1:
self.operation.new_find_element(
By.XPATH,
self.excel["entry_company"].format(company_num)).click()
else:
self.operation.new_find_element(
By.XPATH, self.excel['entry_one_company']).click()
def ask_banner(self):
"""
是否有 问大家 条幅
@return:
"""
if self.operation.isElementExist(By.ID,
self.excel['ask_banner'],
outtime=10):
self.operation.new_find_element(By.ID,
self.excel['ask_banner']).click()
def is_monitor(self):
"""
公司是否被监控
@return: status
@rtype: bool
"""
status = None
monitor = self.operation.new_find_element(
By.ID, self.excel["monitor_txt"]).text
if monitor == "监控":
status = False
elif monitor == "已监控":
status = True
return status
def is_group(self, group_name):
"""
判断分组是否存在
@param group_name:
@return:
"""
status = False
groups = self.operation.new_find_elements(By.XPATH,
self.excel['group_count'])
for i in range(1, len(groups) + 1):
name = self.operation.new_find_element(
By.XPATH, self.excel['group_name'].format(i)).text
log.info("当前分组名字：{}， 传入的名字：{}".format(name, group_name))
if group_name in name:
status = True
break
return status
def is_collect(self):
"""
公司是否被收藏
@return:
"""
status = None
collect_text = self.operation.new_find_element(
By.ID, self.excel['collect_txt']).text
if collect_text == "关注":
status = False
elif collect_text == "已关注":
status = True
return status
def click_monitor(self, monitor_status=False, click_status=False):
"""
点击监控
@return:
"""
# 点击监控按钮
self.operation.new_find_element(By.ID,
self.excel["click_monitor"]).click()
if monitor_status:
self.is_first_monitor()
if click_status:
# 点击「我在想想」
self.operation.new_find_element(
By.ID, self.excel["email_neg"]).click()
else:
# 点击「确认」
self.operation.new_find_element(
By.ID, self.excel["email_neg_pos"]).click()
def click_collect(self, collect_status=False, click_status=False):
"""
点击 关注 按钮
@return:
"""
# 点击监控按钮
self.operation.new_find_element(By.ID,
self.excel["click_collect"]).click()
if collect_status:
if click_status:
# 点击「确认」
self.operation.new_find_element(
By.ID, self.excel['email_neg_pos']).click()
log.info("点击「确定」按钮")
else:
# 点击「取消」
self.operation.new_find_element(
By.ID, self.excel['email_neg']).click()
log.info("点击「取消」按钮")
def is_first_monitor(self, outtime=1):
"""
账号是否是第一次监控，是的话需要关闭填写邮箱
@return:
"""
status = self.operation.isElementExist(By.ID,
self.excel['email_title'],
outtime=outtime)
if status:
# 第一次监控，点击「取消」
self.operation.new_find_element(By.ID,
self.excel['email_neg'],
outtime=0.5).click()
def entry_monitor(self, back_max=5):
"""
进入监控列表
@param back_max:
@return:
"""
back_cnt = 0
while True:
if self.operation.isElementExist(By.ID,
self.excel["tab_1"],
outtime=1) or back_cnt > back_max:
break
else:
self.driver.keyevent(4)
back_cnt += 1
# 点击「我的」
self.operation.new_find_element(By.ID, self.excel["tab_5"]).click()
# 点击「我的监控」
self.operation.new_find_element(By.ID,
self.excel["my_monitor"]).click()
# 点击「监控列表」
self.operation.new_find_element(By.XPATH, '//*[@text="监控列表"]').click()
def entry_collect(self, back_max=5):
"""
进入 我的-我的关注
@param back_max:
@return:
"""
back_cnt = 0
while True:
if self.operation.isElementExist(By.ID,
self.excel['tab_1'],
outtime=1) or back_cnt > back_max:
break
else:
self.driver.keyevent(4)
back_cnt += 1
# 点击「我的」
self.operation.new_find_element(By.ID, self.excel['tab_5']).click()
# 点击「我的监控」
self.operation.new_find_element(By.ID,
self.excel['my_collect']).click()
def exists_monitor_list(self, company_name, monitor_count=5):
"""
判断是否存在该公司
@param company_name:
@return:
"""
# status = False
# monitor_list = self.operation.new_find_elements(By.XPATH, self.excel['monitor_list'])
# log.info(len(monitor_list))
# for i in range(1, len(monitor_list) + 1):
# name = self.operation.new_find_element(By.XPATH, self.excel[
# 'monitor_list'] + '[{}]/android.widget.LinearLayout[1]/android.widget.TextView'.format(i)).text
# log.info("获取当前监控列表公司名：{}，待验证公司名：{}".format(name, company_name))
# if company_name == name:
# status = True
# break
# return status
# 是否存在列表中
status = self.operation.isElementExist(
By.XPATH, '//*[@text="{}"]'.format(company_name))
# 当前页没找过，上拉查找
while not status:
if monitor_count <= 0:
log.info('剩余查找次数：{}'.format(monitor_count))
return False
else:
self.operation.swipeUp(y1=0.8, y2=0.5)
# 是否存在列表中
status = self.operation.isElementExist(
By.XPATH, '//*[@text="{}"]'.format(company_name))
monitor_count -= 1
log.info("当前页列表存在公司：{}".format(company_name))
return status
def monitor_list_info(self):
"""
判断监控列表是否有监控信息
@return:
"""
monitor_list = self.operation.new_find_elements(
By.XPATH, self.excel['monitor_list'])
if monitor_list is None:
return False
return True
def report_format(self, form):
if form == 'pdf':
self.operation.new_find_element(By.ID,
self.excel['report_pdf']).click()
elif form == 'pdf+word':
self.operation.new_find_element(By.ID,
self.excel['report_word']).click()
def click_tab(self, more_local, x_proportion=108, y_proportion=200):
"""
根据坐标点击, 默认是点击投诉
纠错：y_proportion=50
@return:
"""
width = more_local['x'] + x_proportion
height = more_local['y'] - y_proportion
TouchAction(self.driver).tap(x=width, y=height).release().perform()
def up_pic(self, num):
"""
上传图片
"""
self.operation.new_find_element(By.XPATH,
self.excel['select_album']).click()
pic_num = len(
self.operation.new_find_elements(By.XPATH, self.excel['pic_num']))
# 如果一屏图片多余15个，则只算15个，不然会造成点击不到的情况
list_count = pic_num
if list_count > 15:
list_count = 15
# 生成相册需要的下标列表，从1开始
pic_list = [i for i in range(1, list_count + 1)]
if pic_num > 0:
if pic_num >= num:
for i in range(1, num + 1):
# 随机一个相册列表下标
pop_random = random.randint(0, len(pic_list) - 1)
# 获取随机的相册列表对应的xpath下标
pop_num = pic_list.pop(pop_random)
self.operation.new_find_element(
By.XPATH,
self.excel['click_pic'].format(pop_num)).click()
log.info("第 {} 次随机选择第 {} 个图片".format(i, pop_num))
self.operation.new_find_element(By.ID,
self.excel['pic_btn']).click()
else:
raise Exception('相册数量小于要上传的数量')
else:
raise Exception('相册数量为0')
def caption_info(self, check_num, report_list):
report_count = self.operation.new_find_elements(
By.XPATH, self.excel['report_caption'].format(check_num))
for i in range(0, len(report_count)):
report_caption = self.operation.new_find_element(
By.XPATH,
self.excel['report_caption_info'].format(check_num,
i + 1)).text
log.info("待校验报告说明文案：{}".format(report_caption))
assert report_list[i] == report_caption, "{}、{}不相等".format(
report_list[i], report_caption)
def check_caption_info(self, check_name, check_num):
"""
校验 报告说明
"""
if check_name == "企业信用报告-专业版":
report_list = [
"多维度评估企业信用，包含内容：", "1. 报告包含全部企业基本信息", "2. 股东出资信息、主要人员任职信息",
"3. 法定代表人对外投资及任职信息", "4. 股权控制路径"
]
self.caption_info(check_num=check_num, report_list=report_list)
elif check_name == "企业信用报告-基础版":
report_list = [
"多维度评估企业信用，包含内容：", "1. 工商信息、股东、对外投资、司法风险",
"2. 企业发展、知识产权、经营状况、企业年报"
]
self.caption_info(check_num=check_num, report_list=report_list)
elif check_name == "董监高对外投资及任职报告":
report_list = [
"多维度评估企业信用，包含内容：", "1. 基本信息", "2. 担任法定代表人的企业信息",
"3. 对外投资的企业信息（含股比）", "4. 在外任职的企业信息", "5. 拥有疑似实际控制权的企业信息（含投资链）",
"6. 曾经任职的企业信息", "7. 人脉圈分析"
]
self.caption_info(check_num=check_num, report_list=report_list)
elif check_name == "股权结构报告":
report_list = [
"多维度分析企业股权结构，包含内容：", "1. 工商基本信息", "2. 企业类型统计", "3. 各级股东信息",
"4. 对外投资信息"
]
self.caption_info(check_num=check_num, report_list=report_list)
def run(self):
print("Running with: ", self.current_ops)
data = self.communicator.read_operations()
while data[0] != STOP:
status = data[1]
if status == CREDITS:
self.communicator.notify_current_credits(self.actual_credits())
else:
operation_data = data[2]
op_id = operation_data["id"]
if status == IN_PROCESS:
print("New operation event received")
operation = Operation(
operation_data["id"], operation_data["params"],
operation_data["credits"], operation_data["cron"],
operation_data["times_per_minute"],
operation_data["stop_time"], operation_data["binary"])
self.current_ops[op_id] = operation
self.schedule_operation(operation)
elif status == TASK_FINISHED:
print("New task finished event received")
task_data = data[3]
task = Task(task_data["code"])
try:
self.current_ops[op_id].add_task(task)
self.storage.mark_task_finished(task)
self.communicator.notify_end_task(
self.current_ops[op_id], task)
except:
# Operation has been stopped
# Clean tmp file
print("Removing pending task of finished operation")
self.storage.remove_tmp_file(task)
pass
elif status == FINISHED:
print("Operation finished")
self.current_ops[op_id].status = FINISHED
self.check_operation_finished(self.current_ops[op_id])
elif status == TASK_SENT:
print("Task sent event received")
task_data = data[3]
task = Task(task_data["code"])
self.current_ops[op_id].update_task(task, TASK_SENT)
# Save so that a sent task doesn't re-send in case of crash
self.save_current_status()
self.storage.remove_task(task)
self.check_operation_finished(self.current_ops[op_id])
self.save_current_status()
print("Current ops after: ", self.current_ops)
data = self.communicator.read_operations()
print("Operation manager ending its work...")
class RelationOperation:
def __init__(self, driver, element):
self.driver = driver
self.opera = Operation(driver)
self.ELEMENT = element
def home_page(self):
"""回到首页"""
while not self.opera.isElementExist(By.ID, self.ELEMENT["search_relation"]):
self.driver.keyevent(4)
def hot_relation(self):
"""进入热搜关系"""
self.opera.new_find_element(By.ID, self.ELEMENT["search_relation"]).click()
relation_tab_tag = self.opera.new_find_element(By.ID, self.ELEMENT["search_box"]).text
self.opera.new_find_element(By.XPATH, self.ELEMENT["hot_relation"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["discover_btn"]).click()
hot_relation_point_tag = self.opera.isElementExist(By.XPATH, self.ELEMENT["relation_point"])
self.opera.new_find_element(By.ID, self.ELEMENT["app_title_logo"]).click()
home_page_tag = self.opera.isElementExist(By.ID, self.ELEMENT["search_relation"])
return relation_tab_tag, hot_relation_point_tag, home_page_tag
def search_relation_point(self, index):
"""
查关系未登陆、非vip、vip三种状态断言
:param index: 1：未登录；2：非vip；其他：vip
:return:
"""
self.opera.new_find_element(By.ID, self.ELEMENT["search_relation"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["search_box"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["from_input_textview"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["search_input_edit"]).send_keys("北京金堤科技有限公司")
self.opera.new_find_element(By.XPATH, self.ELEMENT["from_target_item_1"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["to_input_textview"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["search_input_edit"]).send_keys("盐城金堤科技有限公司")
self.opera.new_find_element(By.XPATH, self.ELEMENT["from_target_item_1"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["discover_btn"]).click()
if index == 1:
result = self.opera.new_find_element(By.XPATH, self.ELEMENT['passwd_login']).text
self.home_page()
elif index == 2:
time.sleep(3)
self.opera.new_find_element(By.ID, "com.tianyancha.skyeye:id/explore_must_vip_open_btn").click()
result = self.opera.new_find_element(By.ID, self.ELEMENT['tv_top_title']).text
self.home_page()
else:
result = self.opera.new_find_element(By.XPATH, self.ELEMENT['relation_point']).text
return result
def check_relation(self):
"""校验查关系结果"""
self.opera.new_find_element(By.ID, self.ELEMENT["to_input_textview"]).click()
self.opera.new_find_element(By.XPATH, self.ELEMENT["to_target_human"]).click()
human_tag = self.opera.new_find_element(By.ID, self.ELEMENT["to_input_textview"]).text
self.opera.new_find_element(By.ID, self.ELEMENT["discover_btn"]).click()
relation_point_tag = self.opera.new_find_element(By.XPATH, self.ELEMENT["relation_point"]).text
return human_tag, relation_point_tag
def exam_relation(self):
"""示例关系"""
self.opera.new_find_element(By.ID, self.ELEMENT["search_relation"]).click()
self.opera.new_find_element(By.XPATH, self.ELEMENT["hot_relation"]).click()
def all_screen(self):
"""关系图全屏"""
self.opera.new_find_element(By.ID, self.ELEMENT["full_screen"]).click()
discover_btn_tag = self.opera.isElementExist(By.ID, self.ELEMENT["discover_btn"])
exit_fullscreen_tag = self.opera.isElementExist(By.ID, self.ELEMENT["exit_fullscreen"])
relation_point_tag = self.opera.isElementExist(By.XPATH, self.ELEMENT["relation_point"])
return discover_btn_tag, exit_fullscreen_tag, relation_point_tag
def exit_screen(self):
"""退出全屏"""
self.opera.new_find_element(By.ID, self.ELEMENT["exit_fullscreen"]).click()
exit_fullscreen_tag = self.opera.isElementExist(By.ID, self.ELEMENT["exit_fullscreen"])
discover_btn_tag = self.opera.isElementExist(By.ID, self.ELEMENT["discover_btn"])
return exit_fullscreen_tag, discover_btn_tag
def confirm(self):
"""确认清空关系图"""
self.opera.new_find_element(By.ID, self.ELEMENT["clear_all"]).click()
delte_tag = self.opera.isElementExist(By.ID, self.ELEMENT["delte_cancel"])
self.opera.new_find_element(By.ID, self.ELEMENT["delte_cancel"]).click()
confirm_tag = self.opera.isElementExist(By.ID, self.ELEMENT["delete_confirm"])
point_tag = self.opera.isElementExist(By.XPATH, self.ELEMENT["relation_point"])
self.opera.new_find_element(By.ID, self.ELEMENT["clear_all"]).click()
self.opera.new_find_element(By.ID, self.ELEMENT["delete_confirm"]).click()
cancel_tag = self.opera.isElementExist(By.ID, self.ELEMENT["delte_cancel"])
empty_tag = self.opera.isElementExist(By.ID, self.ELEMENT["relation_empty"])
return delte_tag, confirm_tag, point_tag, cancel_tag, empty_tag
def __init__(self, driver, excel):
self.driver = driver
self.operation = Operation(driver)
self.excel = excel
def setUpClass(cls):
super().setUpClass()
cls.dishone = Dishonest(cls.driver, cls.ELEMENT)
cls.operation = Operation(cls.driver)