def col_classes(self, dpid=None):
student_departments = self.col_departments(1)
if not student_departments:
return None
if not dpid:
return dict_search2(student_departments['data'], 'departid', dpid)
else:
return dict_search2(student_departments['data'], 'level', '6')
def _list_class(gradeid=""):
# 列出年级下的班级
schooldata = self.col_departments(1)
if not schooldata:
return
if not gradeid:
return dict_search2(schooldata, 'level', '6')
grade = dict_search2(schooldata, 'departid', gradeid, one=True)
return grade['child'] if isinstance(
grade, dict) and 'child' in grade else None
def _class_2_grade(self, classid):
# 根据classid获取所在年级
schooldata = self.col_departments(1)
if not schooldata:
return
if isinstance(classid, dict):
clsid = classid['departid']
gid = clsid['parentid']
grade = dict_search2(schooldata, 'departid', gid)
return grade
grades = dict_search2(schooldata, 'level', '5')
if not grades:
return None
for g in grades:
for c in g['child']:
if c['departid'] == classid:
return g
return None
def col_teacher_class(self, userid, ftype=0):
# class that teach
# 3:teach; 2:classteacher; 1-classmanager
reqd = {'userid': userid}
realurl = self.handle_msger(reqs=reqd)
wx_rtdata = None
with capp_smsg('get_teacherclass') as qer:
wx_rtdata = qer.get(urlpath=realurl)
if wx_rtdata['code'] == 0:
if ftype and 0<ftype<4:
return dict_search2(wx_rtdata['data'], 'type', str(ftype))
else:
return wx_rtdata['data']
return wx_rtdata
def _getclass_s(clsid_s, gradeid=None, take=None):
# 在全校/gradeid年级搜索符合条件的班级dict: {class_dpid: {classdict}, ...}
# take more then one class for a fasterway
# clsid_s: [clsid, clsid, ...]
# if gradeid: find in grade
schooldata = self.col_departments(1)
if not schooldata:
return
clslist = clsid_s if isinstance(
clsid_s,
(list, tuple)) else [_.strip() for _ in clsid_s.split(',')]
source = dict_search2(schooldata, 'departid', gradeid,
one=True) if gradeid else schooldata
result = dict_search3(source,
'departid',
clslist,
listout=False,
outkey='departid')
if not take:
return result
out = {}
for k, v in result.items():
out[k] = v[take]
return out
