def main():
print 'Cargando... rate = %r...' % get_ratio()
with DAOokwDataContext(_CS_OKW) as okw:
okw.CommandTimeout = _DEFAULT_COMMAND_TIMEOUT
with DAOSomatomDataContext(_CS_OKW) as somatom:
somatom.CommandTimeout = _DEFAULT_COMMAND_TIMEOUT
script = Script(okw, somatom, get_ratio())
script.procesa()
print 'listo...'
def fe1():
prefix = '企业基本信息&高管信息&投资信息'
df, train_num = utils.get_df(prefix, ['企业名称', '注册资金', '注册资本(金)币种名称', '企业(机构)类型名称',
'行业门类代码', '成立日期', '核准日期', '住所所在地省份', '姓名',
'法定代表人标志', '首席代表标志', '职务', '投资人', '出资比例'])
df[prefix + '_出资比例'] = df[prefix + '_出资比例'].apply(lambda x: x if x <= 1 else x / 100)
df[prefix + '_注册资金'] = df[[prefix + '_注册资金', prefix + '_注册资本(金)币种名称']].apply(
lambda x: x[prefix + '_注册资金'] if x[prefix + '_注册资本(金)币种名称'] not in utils.exch_rate.keys()
else x[prefix + '_注册资金'] * utils.exch_rate[x[prefix + '_注册资本(金)币种名称']], axis=1).fillna(0)
df[prefix + '_注册资金_binning'] = df[prefix + '_注册资金'].apply(
lambda x: utils.binning(x, [300, 500, 1000, 3000, 6000]))
df[prefix + '_成立日期'] = df[prefix + '_成立日期'].astype('str').apply(
lambda x: utils.get_date(x[:10]) if x != 'nan' else np.nan)
df[prefix + '_核准日期'] = df[prefix + '_核准日期'].apply(lambda x: utils.get_date(x[:10]))
df[prefix + '_成立日期_核准日期_diff'] = df[prefix + '_成立日期'] - df[prefix + '_核准日期']
df[prefix + '_法定代表人职务'] = df[[prefix + '_法定代表人标志', prefix + '_职务']].apply(
lambda x: x[prefix + '_职务'] if x[prefix + '_法定代表人标志'] == '是' else np.nan, axis=1)
df[prefix + '_首席代表职务'] = df[[prefix + '_首席代表标志', prefix + '_职务']].apply(
lambda x: x[prefix + '_职务'] if x[prefix + '_首席代表标志'] == '是' else np.nan, axis=1)
df = pd.merge(df, df.dropna(subset=[prefix + '_姓名']).groupby(
prefix + '_姓名', as_index=False)['企业名称'].agg({prefix + '_姓名_企业名称_nunique': 'nunique'}),
on=prefix + '_姓名', how='left')
df = pd.merge(df, df.dropna(subset=[prefix + '_投资人']).groupby(
prefix + '_投资人', as_index=False)['企业名称'].agg({prefix + '_投资人_企业名称_nunique': 'nunique'}),
on=prefix + '_投资人', how='left')
group = df.groupby('企业名称', as_index=False)
df = pd.merge(df, utils.get_agg(group, prefix + '_姓名', ['nunique']), on='企业名称', how='left')
df = pd.merge(df, utils.get_agg(group, prefix + '_投资人', ['nunique']), on='企业名称', how='left')
df = pd.merge(df, utils.get_agg(group, prefix + '_姓名_企业名称_nunique', ['max', 'mean', 'sum']),
on='企业名称', how='left')
df = pd.merge(df, utils.get_agg(group, prefix + '_投资人_企业名称_nunique', ['max', 'mean', 'sum']),
on='企业名称', how='left')
df = pd.merge(df, utils.get_agg(group, prefix + '_出资比例', ['max', 'min', 'mean']), on='企业名称', how='left')
f_pairs = [
[prefix + '_住所所在地省份', prefix + '_企业(机构)类型名称'],
[prefix + '_住所所在地省份', prefix + '_行业门类代码'],
[prefix + '_注册资金_binning', prefix + '_企业(机构)类型名称'],
[prefix + '_注册资金_binning', prefix + '_行业门类代码'],
[prefix + '_企业(机构)类型名称', prefix + '_行业门类代码']
]
df = utils.get_ratio(df, f_pairs)
for f in ['注册资本(金)币种名称', '姓名', '法定代表人标志', '首席代表标志', '职务', '投资人', '出资比例',
'姓名_企业名称_nunique', '投资人_企业名称_nunique']:
del df[prefix + '_' + f]
train_df, test_df = df[:train_num], df[train_num:]
train_df.drop_duplicates('企业名称', inplace=True)
train_df.dropna(subset=[prefix + '_成立日期'], inplace=True)
test_df.drop_duplicates('企业名称', inplace=True)
for f in ['法定代表人职务', '首席代表职务', '企业(机构)类型名称', '行业门类代码', '住所所在地省份']:
label_dict = dict(zip(train_df[prefix + '_' + f].unique(), range(train_df[prefix + '_' + f].nunique())))
train_df[prefix + '_' + f] = train_df[prefix + '_' + f].map(label_dict).fillna(-1).astype('int16')
test_df[prefix + '_' + f] = test_df[prefix + '_' + f].map(label_dict).fillna(-1).astype('int16')
return prefix, train_df, test_df
def fe8():
prefix = '企业税务登记信息'
df, train_num = utils.get_df(prefix, ['企业名称', '审核时间', '登记注册类型', '审核结果'])
df[prefix + '_审核时间'] = df[prefix + '_审核时间'].apply(utils.get_date)
df[prefix + '_审核结果'] = df[prefix + '_审核结果'].apply(
lambda x: x if '江苏省苏州地方税务局' == x or '开业' == x or '正常' == x else '其他')
f_pairs = [[prefix + '_登记注册类型', prefix + '_审核结果']]
df = utils.get_ratio(df, f_pairs)
train_df, test_df = df[:train_num], df[train_num:]
train_df.drop_duplicates('企业名称', keep='last', inplace=True)
test_df.drop_duplicates('企业名称', keep='last', inplace=True)
for f in [prefix + '_审核结果', prefix + '_登记注册类型']:
label_dict = dict(zip(train_df[f].unique(), range(train_df[f].nunique())))
train_df[f] = train_df[f].map(label_dict).fillna(-1).astype('int16')
test_df[f] = test_df[f].map(label_dict).fillna(-1).astype('int16')
return prefix, train_df, test_df
def fe():
label_df11 = pd.read_csv(
open('data/round1/train/失信被执行人名单.csv', encoding='utf-8'))
label_df12 = pd.read_csv(
open('data/round2/train/失信被执行人名单.csv', encoding='utf-8'))
label_df1 = pd.concat([label_df11, label_df12], axis=0, ignore_index=True)
label_df1['label1'] = 1
label_df21 = pd.read_csv(
open('data/round1/train/双公示-法人行政处罚信息.csv', encoding='utf-8'))
label_df22 = pd.read_csv(
open('data/round2/train/双公示-法人行政处罚信息.csv', encoding='utf-8'))
label_df22.drop(label_df22.columns.values[1:], axis=1, inplace=True)
label_df2 = pd.concat([label_df21, label_df22], axis=0, ignore_index=True)
label_df2['label2'] = 1
print('fe1')
prefix1, train_df1, test_df1 = fe1()
print('fe2')
prefix2, train_df2, test_df2 = fe2()
print('fe3')
prefix3, train_df3, test_df3 = fe3()
print('fe4')
prefix4, train_df4, test_df4 = fe4()
print('fe5')
prefix5, train_df5, test_df5 = fe5()
print('fe6')
prefix6, train_df6, test_df6 = fe6()
print('fe7')
prefix7, train_df7, test_df7 = fe7()
print('fe8')
prefix8, train_df8, test_df8 = fe8()
print('fe9')
prefix9, train_df9, test_df9 = fe9()
print('fe10')
prefix10, train_df10, test_df10 = fe10()
print('fe11')
prefix11, train_df11, test_df11 = fe11()
print('fe12')
prefix12, train_df12, test_df12 = fe12()
test_df = pd.merge(test_df1, test_df2, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df3, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df4, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df5, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df6, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df7, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df8, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df9, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df10, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df11, on='企业名称', how='left')
test_df = pd.merge(test_df, test_df12, on='企业名称', how='left')
test_df[prefix5] = test_df[prefix5].fillna(0)
df = pd.merge(train_df1, train_df2, on='企业名称', how='left')
df = pd.merge(df, train_df3, on='企业名称', how='left')
df = pd.merge(df, train_df4, on='企业名称', how='left')
df = pd.merge(df, train_df5, on='企业名称', how='left')
df = pd.merge(df, train_df6, on='企业名称', how='left')
df = pd.merge(df, train_df7, on='企业名称', how='left')
df = pd.merge(df, train_df8, on='企业名称', how='left')
df = pd.merge(df, train_df9, on='企业名称', how='left')
df = pd.merge(df, train_df10, on='企业名称', how='left')
df = pd.merge(df, train_df11, on='企业名称', how='left')
df = pd.merge(df, train_df12, on='企业名称', how='left')
df = pd.merge(df, label_df1, on='企业名称', how='left')
df = pd.merge(df, label_df2, on='企业名称', how='left')
df[prefix5] = df[prefix5].fillna(0)
df['label1'] = df['label1'].fillna(0)
df['label2'] = df['label2'].fillna(0)
labels2 = df['label2'].values
df[prefix1 + '_成立日期_' + prefix3 +
'_发证日期_diff'] = df[prefix1 + '_成立日期'] - df[prefix3 + '_发证日期']
test_df[prefix1 + '_成立日期_' + prefix3 +
'_发证日期_diff'] = test_df[prefix1 + '_成立日期'] - test_df[prefix3 +
'_发证日期']
train_num = df.shape[0]
df = pd.concat([df, test_df], axis=0, ignore_index=True)
f_pairs = [[prefix1 + '_住所所在地省份', prefix3 + '_行政区划']]
df = utils.get_ratio(df, f_pairs)
del df['label1'], df['label2']
test_df = df[train_num:]
df = df[:train_num]
train_names = df['企业名称']
test_names = test_df['企业名称']
del df['企业名称'], test_df['企业名称']
return df, train_names, labels2, test_df, test_names
def fe3():
def business_scope(x):
x = re.sub('（.*?）', '', x)
if '。' == x[-1]:
x = x[:-1]
if '。' in x:
if '；' in x:
x.replace('。', '；')
elif '、' in x:
x.replace('。', '、')
else:
x.replace('。', ' ')
return x
def business_scope_to_key_words(x, key_words):
for w in key_words:
if w in x:
return w
return '其他'
prefix = '机构设立（变更）登记信息'
df, train_num = utils.get_df(prefix, [
'企业名称', '注册（开办）资金', '实收资金', '经营范围', '企业类型代码', '所属行业代码', '机构地址（住所）',
'发证日期', '行政区划'
])
df[prefix + '_经营范围'] = df[prefix +
'_经营范围'].astype('str').apply(business_scope)
sentences = df[prefix + '_经营范围'].values
docs = []
for s in sentences:
if '；' in s:
docs.append(' '.join(s.split('；')))
elif '、' in s:
docs.append(' '.join(s.split('、')))
else:
docs.append(' '.join(s.split(' ')))
v = TfidfVectorizer(max_df=0.7, min_df=323)
v.fit_transform(docs)
key_words = v.get_feature_names()
df[prefix + '_经营范围'] = df[prefix + '_经营范围'].apply(
lambda x: business_scope_to_key_words(x, key_words))
df[prefix + '_注册（开办）资金'] = df[[
prefix + '_注册（开办）资金', prefix + '_实收资金'
]].apply(lambda x: x[prefix + '_注册（开办）资金']
if x[prefix + '_实收资金'] not in utils.exch_rate.keys() else x[
prefix + '_注册（开办）资金'] * utils.exch_rate[x[prefix + '_实收资金']],
axis=1).fillna(0)
df[prefix + '_注册（开办）资金_binning'] = df[prefix + '_注册（开办）资金'].apply(
lambda x: utils.binning(x, [300, 500, 1000, 3000, 6000]))
df[prefix + '_发证日期'] = df[prefix + '_发证日期'].apply(lambda x: utils.get_date(
x) if '.' not in x else utils.get_date(x[:10]))
df[prefix + '_机构地址（住所）'] = df[prefix + '_机构地址（住所）'].apply(lambda x: x[:2])
df[prefix + '_行政区划'] = df[prefix + '_行政区划'].astype('str').apply(
lambda x: x if x != '999999' else 'nan').astype('float32')
f_pairs = [[prefix + '_行政区划', prefix + '_企业类型代码'],
[prefix + '_行政区划', prefix + '_所属行业代码'],
[prefix + '_经营范围', prefix + '_企业类型代码'],
[prefix + '_经营范围', prefix + '_所属行业代码'],
[prefix + '_经营范围', prefix + '_注册（开办）资金_binning'],
[prefix + '_机构地址（住所）', prefix + '_企业类型代码'],
[prefix + '_机构地址（住所）', prefix + '_所属行业代码'],
[prefix + '_机构地址（住所）', prefix + '_行政区划'],
[prefix + '_机构地址（住所）', prefix + '_注册（开办）资金_binning']]
df = utils.get_ratio(df, f_pairs)
del df[prefix + '_注册（开办）资金'], df[prefix + '_注册（开办）资金_binning'], df[prefix +
'_实收资金']
train_df, test_df = df[:train_num], df[train_num:]
train_df.drop_duplicates('企业名称', keep='last', inplace=True)
test_df.drop_duplicates('企业名称', keep='last', inplace=True)
for f in ['企业类型代码', '所属行业代码', '行政区划', '经营范围', '机构地址（住所）']:
label_dict = dict(
zip(train_df[prefix + '_' + f].unique(),
range(train_df[prefix + '_' + f].nunique())))
train_df[prefix + '_' +
f] = train_df[prefix + '_' +
f].map(label_dict).fillna(-1).astype('int16')
test_df[prefix + '_' +
f] = test_df[prefix + '_' +
f].map(label_dict).fillna(-1).astype('int16')
return prefix, train_df, test_df
def process(self):
# fill na
for column in self.nanum_columns:
print("Fill NA {}".format(column))
self.df_all[column].fillna(-1, inplace=True)
for column in self.nastr_columns:
print("Fill NA {}".format(column))
self.df_all[column].fillna("", inplace=True)
# new features
self.df_all["dstipscope_dominate"] = self.df_all.apply(
lambda row: utils.get_ip_scope(row["dstipcategory_dominate"]),
axis=1)
self.df_all["srcipscope_dominate"] = self.df_all.apply(
lambda row: utils.get_ip_scope(row["srcipcategory_dominate"]),
axis=1)
# ip zone features
self.df_all["ip_zone_1"] = self.df_all.apply(
lambda row: utils.get_ip_zone(row["ip"], 1), axis=1)
self.df_all["ip_zone_2"] = self.df_all.apply(
lambda row: utils.get_ip_zone(row["ip"], 2), axis=1)
self.df_all["ip_zone_3"] = self.df_all.apply(
lambda row: utils.get_ip_zone(row["ip"], 3), axis=1)
self.df_all["ip_zone_4"] = self.df_all.apply(
lambda row: utils.get_ip_zone(row["ip"], 4), axis=1)
# concatenation features
self.df_all["ip_zone_12"] = self.df_all.apply(
lambda row: utils.concatenate_values(
[row["ip_zone_1"], row["ip_zone_2"]]),
axis=1)
self.df_all["ip_zone_123"] = self.df_all.apply(
lambda row: utils.concatenate_values(
[row["ip_zone_1"], row["ip_zone_2"], row["ip_zone_3"]]),
axis=1)
self.df_all["ip_zone_34"] = self.df_all.apply(
lambda row: utils.concatenate_values(
[row["ip_zone_3"], row["ip_zone_4"]]),
axis=1)
self.df_all["ip_zone_234"] = self.df_all.apply(
lambda row: utils.concatenate_values(
[row["ip_zone_2"], row["ip_zone_3"], row["ip_zone_4"]]),
axis=1)
self.le_columns.append("ip_zone_12")
self.le_columns.append("ip_zone_123")
self.le_columns.append("ip_zone_34")
self.le_columns.append("ip_zone_234")
feature_pairs = [("categoryname", "ipcategory_scope"), \
("categoryname", "overallseverity"), \
("srcipscope_dominate", "dstipscope_dominate")]
for item in feature_pairs:
f1 = item[0]
f2 = item[1]
fn = f1 + "_" + f2
self.df_all[fn] = self.df_all.apply(
lambda row: utils.concatenate_values([row[f1], row[f2]]),
axis=1)
self.le_columns.append(fn)
# timestamp_dist in hour and minute
self.df_all["timestamp_hour"] = self.df_all.apply(
lambda row: utils.get_duration(row["timestamp_dist"]), axis=1)
# ending time features
self.df_all["end_hour"] = self.df_all.apply(
lambda row: utils.get_end_time(row["start_hour"], row[
"start_minute"], row["start_second"], row["timestamp_dist"],
"hour"),
axis=1)
self.df_all["end_minute"] = self.df_all.apply(
lambda row: utils.get_end_time(row["start_hour"], row[
"start_minute"], row["start_second"], row["timestamp_dist"],
"minute"),
axis=1)
self.df_all["end_second"] = self.df_all.apply(
lambda row: utils.get_end_time(row["start_hour"], row[
"start_minute"], row["start_second"], row["timestamp_dist"],
"second"),
axis=1)
# sum score features
self.df_all["sum_score"] = self.df_all.apply(
lambda row: utils.get_sum([
row["{}score".format(score)]
for score in ["untrust", "flow", "trust", "enforcement"]
]),
axis=1)
self.df_all["sum_n"] = self.df_all.apply(lambda row: utils.get_sum(
[row["n{}".format(i)] for i in range(1, 11)]),
axis=1)
self.df_all["sum_p5"] = self.df_all.apply(lambda row: utils.get_sum(
[row["p5{}".format(p5)] for p5 in ["m", "w", "d"]]),
axis=1)
self.df_all["sum_p8"] = self.df_all.apply(lambda row: utils.get_sum(
[row["p8{}".format(p8)] for p8 in ["m", "w", "d"]]),
axis=1)
#self.df_all["sum_p58"] = self.df_all.apply(lambda row: utils.get_sum([row["sum_p5"], row["sum_p8"]]), axis = 1)
# get ratio features
# self.df_all["thrcnt_month_week"] = self.df_all.apply(lambda row: utils.get_ratio(row["thrcnt_month"], row["thrcnt_week"]), axis = 1)
self.df_all["thrcnt_month_day"] = self.df_all.apply(
lambda row: utils.get_ratio(row["thrcnt_month"], row["thrcnt_day"]
),
axis=1)
self.df_all["thrcnt_week_day"] = self.df_all.apply(
lambda row: utils.get_ratio(row["thrcnt_week"], row["thrcnt_day"]),
axis=1)
# encode features with label encoder
label_encoder = LabelEncoder()
for column in self.le_columns:
print("Label encoding {}".format(column))
label_encoder.fit(self.df_all[column])
self.df_all[column] = label_encoder.transform(self.df_all[column])
# encode features with one-hot encoder
for column in self.oe_columns:
print("One-hot encoding {}".format(column))
pd_encoded = pd.get_dummies(self.df_all[column])
pd_encoded.columns = [
"{}_{}".format(column, "_".join(str(col).lower().split()))
for col in pd_encoded.columns
]
self.df_all.drop(column, axis=1, inplace=True)
self.df_all = pd.concat([self.df_all, pd_encoded], axis=1)
