def del_disk_by_id(self, disk_id):
resp = ResMsg()
slot = get_slot_from_id(disk_id)
print("del:", disk_id, slot)
if slot:
return self.del_disk_by_slot(slot)
else:
resp.code = 1
resp.msg = u"未获取到磁盘ID"
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def add_disk_by_id(self, disk_id):
resp = ResMsg()
slot = get_slot_from_id(disk_id)
logger.info("slot:{}".format(slot))
if DEBUG:
slot = slot
if slot:
return self.add_disk_by_slot(slot)
else:
resp.code = 1
resp.msg = u"未获取到磁盘ID"
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def post(self, request):
"gluster volume remove-brick gvol replica 2 gfs-224:/opt/gfs/bk3 gfs-223:/opt/gfs/bk3 force"
request_data = request.data
volname = request_data.get("volname", None)
stripe = request_data.get("stripe", 0)
replica = request_data.get("replica", 0)
bricks = request_data.get("bricks", [])
print(request_data)
print("volname:", volname, replica, stripe)
print("brikcs:", bricks)
resp = ResMsg()
resp.data = bricks
return Response(data=resp.to_dict())
def get(self, request, format=None):
disk_info = self.get_raid_info()
resp = ResMsg()
if disk_info is None:
resp.code = 1
resp.msg = u"获取磁盘信息失败"
return Response(data=resp.to_dict())
disk_data = self.gene_raiddata_resp(request, disk_info)
resp.data = disk_data
resp.msg = u"查询RAID成功"
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def delete(self, request, format=None):
request_params = request.data
raid_id = request_params.get("id", None)
resp = ResMsg()
if not raid_id:
resp.code = 1
resp.msg = u"获取RAID失败"
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
else:
code, result = delete_raid(raid_id)
if code == 0:
resp.msg = u"RAID删除成功"
else:
resp.code = 1
resp.msg = u"RAID:{}删除失败".format(raid_id)
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def add_disk_by_slot(self, disk_slot):
resp = ResMsg()
disk_size = get_disk_size_by_slot(disk_slot)
logger.info("disk_size: {} {}".format(disk_slot, disk_size))
if disk_size:
hd_name = generate_hd_name(disk_slot)
logger.info("ha name:{}".format(hd_name))
code, result = psutil_shell_add_disk(disk_slot, hd_name)
if code == 0:
resp.msg = u"添加成功"
self.config_json = self.load()
pool = self.config_json['pool']
self.config_json['disks'][disk_slot] = {
"disk_slot": disk_slot,
"hd_name": hd_name
}
if hd_name not in pool:
pool.append(hd_name)
self.config_json['pool'] = pool
self.save()
else:
resp.code = 1
resp.msg = u"添加磁盘失败" + result
print("add disk error. {}".format(result))
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def delete(self, request):
request_data = request.data
vol = request_data.get('volname', None)
resp = ResMsg()
if vol is None:
resp.code = 1
resp.msg = u"卷获取失败，卷名为空"
else:
code, result = gfs_volume_stop(vol)
print("delete vol : code:{}, {}".format(code, result))
if code:
resp.msg = u"停用成功"
else:
resp.code = 1
resp.msg = result
return Response(data=resp.to_dict())
def put(self, request):
request_data = request.data
vol = request_data.get('volname', None)
print("put ", vol)
resp = ResMsg()
if vol is None:
resp.code = 1
resp.msg = u"卷获取失败，卷名为空"
else:
code, result = gfs_volume_start(vol)
if code:
resp.msg = u"启用成功"
else:
resp.code = 1
resp.msg = result
return Response(data=resp.to_dict())
def delete(self, request):
request_data = request.data
hostname = request_data.get('hostname', None)
print(hostname)
resp = ResMsg()
code, result = gfs_peer_detach(hostname)
if code:
resp.msg = u"删除成功"
else:
resp.code = 1
resp.msg = u"删除失败," + result
return Response(data=resp.to_dict())
def post(self, request):
request_data = request.data
hostname = request_data.get('hostname', None)
print(request_data)
print("add peer:", hostname)
resp = ResMsg()
code, result = gfs_peer_probe(hostname)
if code:
resp.msg = u"添加成功"
else:
resp.code = 1
resp.msg = u"添加失败," + result
return Response(data=resp.to_dict())
def post(self, request):
request_param = request.data
# print(request_param)
# print(request.META)
key = request_param.get('key')
content = request_param.get('content')
user = request_param.get('user')
ip = request.META.get('REMOTE_ADDR')
resp = ResMsg()
if not self.add_log(key, content, user, ip):
resp.code = 1
resp.msg = u"添加失败"
else:
resp.msg = u"添加成功"
return Response(data=resp.to_dict())
def get(self, request):
request_parmas = request.query_params.dict()
start_time = request_parmas.get("st", None) # start time
end_time = request_parmas.get("et", None) # end time
content = request_parmas.get("content", "")
key = request_parmas.get("key", "")
ip = request_parmas.get("ip", "")
page = int(request_parmas.get("page", 1))
# print(start_time, end_time, ip, key, content)
resp = ResMsg()
if start_time is not None and end_time is not None:
start_time = str_to_datetime(start_time)
end_time = str_to_datetime(end_time)
else:
resp.code = 1
resp.msg = u"时间范围输入错误"
return Response(data=resp.to_dict())
offset_start = (page - 1) * 20
offset_end = page * 20
data = UserLog.objects.filter(key__contains=content, content__contains=key, ip__contains=ip,
created__gte=start_time, created__lte=end_time).all().order_by('-created'
)[offset_start: offset_end]
total = data.count()
result = []
for item in data:
log_dict = dict()
log_dict['user'] = item.user
log_dict['id'] = item.id
log_dict['key'] = item.key
log_dict['content'] = item.content
log_dict['created'] = datatime_to_str(item.created)
log_dict['ip'] = item.ip
result.append(log_dict)
pass
db.connections.close_all()
resp.data = result
total = ceil(total / 20)
total = total if total > 0 else 1
return Response(data={"data": resp.to_dict(), "total": total})
def del_disk_by_slot(self, disk_slot):
print("del:", disk_slot)
resp = ResMsg()
disk_size = get_disk_size_by_slot(disk_slot)
if disk_size:
hd_name = generate_hd_name(disk_slot)
code, result = psutil_shell_delete_disk(disk_slot, hd_name)
print("del", hd_name, disk_size)
if code == 0:
self.config_json = self.load()
if hd_name in self.config_json['pool']:
self.config_json['pool'].remove(hd_name)
self.save()
resp.msg = u"删除成功"
else:
resp.code = 1
resp.msg = u"删除磁盘失败" + result
print("add disk error. {}".format(result))
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
def post(self, request, format=None):
print(self.request.data)
print(request.data)
request_params = request.data
raid_type = request_params.get('type') # 'raid0
raid_disk = request_params.get('disks') # []
# print(raid_type, raid_disk)
raid_type_num = raid_type[4:]
logger.info("raid type:{}, disk:{}".format(raid_type, raid_disk))
check_param = True
disk_num = len(raid_disk)
if raid_type_num == '0' or raid_type_num == '1':
if disk_num != 2:
check_param = False
if raid_type_num == '5':
if disk_num != 3:
check_param = False
if raid_type_num == '10':
if disk_num != 4:
check_param = False
resp = ResMsg()
if check_param is False:
resp.code = 1
resp.msg = u"磁盘数量不正确"
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
for disk_id in raid_disk:
disk = get_slot_from_id(disk_id)
if DEBUG:
disk = disk_id
if not disk:
resp.code = 1
resp.msg = u"磁盘id={}未找到".format(disk_id)
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
# print("disk_info:", disk_info)
raid = pustil_shell_mount_raid(disk)
print('is raid:', raid)
if raid:
resp.code = 1
resp.msg = u"磁盘{}已配置RAID".format(disk)
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
disk_mount = psutil_shell_mount_status(disk)
if disk_mount:
resp.code = 1
resp.msg = u"磁盘{}使用中,不能配置RAID".format(disk)
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)
raid_name = "/dev/md"
for item in raid_disk:
raid_name += str(ord(item[7]) - ord('a'))
code, result = create_raid(raid_name, raid_type_num, disk_num,
raid_disk)
if code == 0:
resp.msg = u"RAID配置成功"
else:
resp.code = 1
resp.msg = u"RAID配置失败" + result
return Response(data=resp.to_dict(), status=status.HTTP_200_OK)