def add_doctype(self):
url = '/v1/doc-type/'
resp = proxy.get(url)
if resp.status_code != 200:
flash('暂时无法更新支持的文档资料列表', 'error')
return redirect(self.get_url('.index'))
# 原来支持的
support_doctypes = resp.json()['items'] or []
# 现在更新的
doc_type = request.form.get('doc_type', None)
if not doc_type:
flash('文档资料类别不能为空。', 'error')
return redirect(self.get_url('.index'))
supported = set([item['id'] for item in support_doctypes])
update = set(doc_type.split(','))
if update < supported:
flash('文档库资料类别只能新增或重置', 'error')
return redirect(self.get_url('.index'))
try:
new_add = update - supported
for item in new_add:
doc_type = dict(id=item, value=item)
proxy.create(doc_type, url)
except:
raise BackendServiceError(
'Update support doctype occured failure.')
flash('文档资料类别更新成功。', 'success')
return redirect(self.get_url('.index'))
def index(self):
# 加载该界面的一些常用数据
form = EarlyWarningForm()
warn = EarlyWarning(current_app.redis_cache)
warn.get_form(form)
warn.get_value()
warn.out_put()
if is_form_submitted():
form = EarlyWarningForm(formdata=get_form_data())
if form.validate():
warn.get_form(form)
warnings = warn.set_warning()
warn.out_put()
current_app.predicts_cfg = warnings
flash('配置设置成功。', 'success')
else:
flash('配置设置失败。', 'error')
# 获取后台支持的文档类别
resp = proxy.get('/v1/doc-type/')
support_doctypes = []
if resp.status_code == 200 and resp.json()['items'] is not None:
support_doctypes = [item['id'] for item in resp.json()['items']]
return self.render(self._template,
form=form,
support_doctypes=support_doctypes)
def get_choice(self):
resp = proxy.get('/v1/support-plane-types/')
if resp.status_code != 200:
raise BackendServiceError('API has something wrong.')
items = resp.json()['items']
if not items:
raise BackendServiceError('API has something wrong.')
result = []
for x in items:
tmp_dict = tuple(dict(key=items[x], value=x).values())
result.append(tmp_dict)
return result
def get_allowed_models():
"获取为当前用户授权的维修方案（机型）列表"
resp = proxy.get('/v1/support-plane-types/')
if resp.status_code != 200:
return []
supported = resp.json()['items']
AircraftModel = namedtuple('AircraftModel', ['label', 'value'])
return [
AircraftModel(label=value, value=key)
for key, value in supported.items()
]
def get_choice(self):
doc_type = []
url = '/v1/doc-type/'
resp = proxy.get(url)
if resp.status_code != 200:
raise BackendServiceError('API has something wrong.')
items = resp.json().get('items')
if not items:
raise BackendServiceError('API has something wrong.')
for item in items:
# if item.get('expanded'):
# doc_type.append((item.get('id'), item.get('id')))
# else:
# doc_type.append(("temporary", item.get('id')))
doc_type.append((item.get('id'), item.get('id')))
return doc_type
def reset_doctype(self):
url = '/v1/doc-type/'
resp = proxy.get(url)
if resp.status_code != 200:
flash('暂时无法更新支持的文档资料列表', 'error')
return redirect(self.get_url('.index'))
try:
support_doctypes = resp.json()['items']
for item in support_doctypes:
# 只有扩展的需要删除
if 'expanded' in item and item['expanded']:
doc_type = dict(id=item['id'], value=item['id'])
proxy.delete_with_data(doc_type, url, item['etag'])
except:
raise BackendServiceError(
'Update support doctype occured failure.')
flash('文档库资料类别重置完毕。', 'success')
return redirect(self.get_url('.index'))
def get_predict_items(self, max_count=None):
# 下面的接口可以获得到期推算的内容
resp = proxy.get('/v1/mxm/ptime/?ascend=1')
if resp.status_code == 200:
predict_items = resp.json()['items']
if predict_items is None:
return []
show_list = []
exist_plane = {}
# 第一遍遍历
for item in predict_items:
timestamp = 0
plane_id = item['planeId']
if plane_id not in exist_plane:
exist_plane[plane_id] = get_aircraft_info(plane_id)
plane_info = exist_plane[plane_id]
mx_item = get_mx_item_info(plane_info['id'],
plane_info['planeType'],
item['boundedId'])
if mx_item is None:
continue
ret = {
'warningLevel': item['warningLevel'],
'err': item['itempredictTime']['errorMessage'],
'earliest': item['itempredictTime']['earlisetpredictTime'],
'best': item['itempredictTime']['bestpredictTime'],
'latest': item['itempredictTime']['latestpredictTime'],
'mxType': mx_item.mx_type,
}
interval_type = {}
ret['intervalTimes'] = []
for temp in item['intervalspredictTime']:
ori = {
'err': temp['errorMessage'],
'earliest': temp['earlisetpredictTime'],
'best': temp['bestpredictTime'],
'latest': temp['latestpredictTime'],
'left': temp['left'],
'type': temp['intervalType'],
}
ret['intervalTimes'].append(ori)
interval_type[temp['intervalType']] = temp['left']
level = get_predict_level(ret)
if item['itempredictTime']['earlisetpredictTime']:
timestamp = item['itempredictTime']['earlisetpredictTime']
if timestamp == 0 and level == 0:
level = 4
show_list.append({
'role': self.can_aircraft,
'id': str(plane_info['_id']),
'mxId': mx_item.id,
'mxType': mx_item.mx_type,
'description': mx_item.description,
'planeId': plane_info['id'],
'level': level,
'earliest': timestamp_to_date(timestamp),
'intervaltype': interval_type,
})
show_list.sort(list_level_compare_max)
if max_count and isinstance(max_count, int):
if len(show_list) <= max_count:
return show_list
return show_list[:max_count]
return show_list
return []