def getMenuTable(self, request):
data = request_body_to_dict(request)
print(data)
article_menu = ArticleMenu.objects.filter()
fields = ArticleMenu().return_fields
fields = fields + ['id', 'created', 'updated']
hander = lambda item: object_to_dict(fields, item)
res = [hander(item) for item in article_menu]
return self.xml_response_for_json(
self.success_response(data=res, msg='获取成功'))
def getTopLevelArticleClassify(self, request, *args):
"""
获取文章分类的顶级分类（level为1的）
:param request:
:param args:
:return:
"""
query = ArticleClassify.objects.filter(level=1)
fields = ['name', 'guid', 'return_all_children_count', 'isLeaf']
hander = lambda item: object_to_dict(fields, item)
res = [hander(item) for item in query]
data = {'items': res}
return self.xml_response_for_json(
self.success_response(data=data, msg='获取成功'))
def return_tree_data():
"""
返回树形结构数据
:return:
"""
# 查出顶级对象
top_data = ArticleClassify.objects.filter(level=1)
data = []
for item in top_data:
hander = lambda x: object_to_dict(['name', 'guid', 'isLeaf', 'return_all_children_count'], x)
res = hander(item)
res['children_list'] = item.get_true_children(item.guid, hander)
data.append(res)
return data
def getArticleClassifyList(self, request, *args):
"""
获取文章分类（通过关键字来搜索）
:param request:
:param models_name:
:return:
"""
data = request_body_to_dict(request)
name = data.get('name', '')
fields = ArticleClassify().get_fields()
hander = lambda item: object_to_dict(fields, item)
query = ArticleClassify.objects.filter(name__contains=name)
res = [hander(item) for item in query]
data = {'items': res, 'count': query.count()}
return self.xml_response_for_json(
self.success_response(data=data, msg='获取成功'))
def getArticleClassifyForGUID(self, request, *args):
"""
通过GUID获取当前分类下的子分类（不返回子分类的子分类）
:param request:
:param args:
:return:
"""
params = request_body_to_dict(request)
parent = params.get('parent')
query = ArticleClassify.objects.filter(parent=parent)
fields = [
'name', 'guid', 'return_parents', 'return_all_children_count',
'isLeaf'
]
hander = lambda item: object_to_dict(fields, item)
res = [hander(item) for item in query]
data = {'items': res}
return self.xml_response_for_json(
self.success_response(data=data, msg='获取成功'))
def getCommonClassifyTag(self, *args):
"""
获取常用标签（随机返回10个）
:return:
"""
# ArticleClassify.Meta.ordering = ['?']
import random
color_list = [
'#FF895D', '#31bfb9', '#FF2E63', '#00BBF0', '#AC005D', '#0D7377',
'#67c23a', '#e6a23c', '#404802', '#009a61'
]
random.shuffle(color_list)
query = ArticleClassify.objects.filter()[:10]
fields = ['name', 'guid']
hander = lambda item: object_to_dict(fields, item)
res = [hander(item) for item in query]
for index, item in enumerate(res):
item.update({'color': color_list[index]})
# res = [item.update({'color': color_list[index]}) for index, item in enumerate(res)]
random.shuffle(res)
data = {'items': res}
return self.xml_response_for_json(
self.success_response(data=data, msg='获取成功'))