ceph跨集群迁移ceph pool rgw

news2024/11/19 18:36:06

1、跨集群迁移ceph pool   rgw

我这里是迁移rgw的pool

l老环境

[root@ceph-1 data]# yum install s3cmd -y
[root@ceph-1 ~]# ceph config dump
WHO   MASK LEVEL    OPTION                                VALUE                                    RO 
  mon      advanced auth_allow_insecure_global_id_reclaim false                                       
  mgr      advanced mgr/dashboard/ALERTMANAGER_API_HOST   http://20.3.10.91:9093                   *  
  mgr      advanced mgr/dashboard/GRAFANA_API_PASSWORD    admin                                    *  
  mgr      advanced mgr/dashboard/GRAFANA_API_SSL_VERIFY  false                                    *  
  mgr      advanced mgr/dashboard/GRAFANA_API_URL         https://20.3.10.93:3000                  *  
  mgr      advanced mgr/dashboard/GRAFANA_API_USERNAME    admin                                    *  
  mgr      advanced mgr/dashboard/PROMETHEUS_API_HOST     http://20.3.10.91:9092                   *  
  mgr      advanced mgr/dashboard/RGW_API_ACCESS_KEY      9UYWS54KEGHPTXIZK61J                     *  
  mgr      advanced mgr/dashboard/RGW_API_HOST            20.3.10.91                               *  
  mgr      advanced mgr/dashboard/RGW_API_PORT            8080                                     *  
  mgr      advanced mgr/dashboard/RGW_API_SCHEME          http                                     *  
  mgr      advanced mgr/dashboard/RGW_API_SECRET_KEY      MGaia4UnZhKO6DRRtRu89iKwUJjZ0KVS8IgjA2p8 *  
  mgr      advanced mgr/dashboard/RGW_API_USER_ID         ceph-dashboard                           *  
  mgr      advanced mgr/dashboard/ceph-1/server_addr      20.3.10.91                               *  
  mgr      advanced mgr/dashboard/ceph-2/server_addr      20.3.10.92                               *  
  mgr      advanced mgr/dashboard/ceph-3/server_addr      20.3.10.93                               *  
  mgr      advanced mgr/dashboard/server_port             8443                                     *  
  mgr      advanced mgr/dashboard/ssl                     true                                     *  
  mgr      advanced mgr/dashboard/ssl_server_port         8443                                     *  
[root@ceph-1 ~]# cat /root/.s3cfg 
[default]
access_key = 9UYWS54KEGHPTXIZK61J
access_token =
add_encoding_exts =
add_headers =
bucket_location = US
ca_certs_file =
cache_file =
check_ssl_certificate = True
check_ssl_hostname = True
cloudfront_host = cloudfront.amazonaws.com
connection_max_age = 5
connection_pooling = True
content_disposition =
content_type =
default_mime_type = binary/octet-stream
delay_updates = False
delete_after = False
delete_after_fetch = False
delete_removed = False
dry_run = False
enable_multipart = True
encrypt = False
expiry_date =
expiry_days =
expiry_prefix =
follow_symlinks = False
force = False
get_continue = False
gpg_command = /usr/bin/gpg
gpg_decrypt = %(gpg_command)s -d --verbose --no-use-agent --batch --yes --passphrase-fd %(passphrase_fd)s -o %(output_file)s %(input_file)s
gpg_encrypt = %(gpg_command)s -c --verbose --no-use-agent --batch --yes --passphrase-fd %(passphrase_fd)s -o %(output_file)s %(input_file)s
gpg_passphrase =
guess_mime_type = True
host_base = 20.3.10.91:8080
host_bucket = 20.3.10.91:8080%(bucket)
human_readable_sizes = False
invalidate_default_index_on_cf = False
invalidate_default_index_root_on_cf = True
invalidate_on_cf = False
kms_key =
limit = -1
limitrate = 0
list_allow_unordered = False
list_md5 = False
log_target_prefix =
long_listing = False
max_delete = -1
mime_type =
multipart_chunk_size_mb = 15
multipart_copy_chunk_size_mb = 1024
multipart_max_chunks = 10000
preserve_attrs = True
progress_meter = True
proxy_host =
proxy_port = 0
public_url_use_https = False
put_continue = False
recursive = False
recv_chunk = 65536
reduced_redundancy = False
requester_pays = False
restore_days = 1
restore_priority = Standard
secret_key = MGaia4UnZhKO6DRRtRu89iKwUJjZ0KVS8IgjA2p8
send_chunk = 65536
server_side_encryption = False
signature_v2 = False
signurl_use_https = False
simpledb_host = sdb.amazonaws.com
skip_existing = False
socket_timeout = 300
ssl_client_cert_file =
ssl_client_key_file =
stats = False
stop_on_error = False
storage_class =
throttle_max = 100
upload_id =
urlencoding_mode = normal
use_http_expect = False
use_https = False
use_mime_magic = True
verbosity = WARNING
website_endpoint = http://%(bucket)s.s3-website-%(location)s.amazonaws.com/
website_error =
website_index = index.html
[root@ceph-1 ~]# s3cmd ls
2024-01-24 10:52  s3://000002
2024-02-01 08:20  s3://000010
2024-01-24 10:40  s3://cloudengine
2024-02-07 02:58  s3://component-000010
2024-01-24 10:52  s3://component-pub
2024-02-27 10:55  s3://deploy-2
2024-01-26 10:53  s3://digital-000002
2024-01-26 11:14  s3://digital-000010
2024-01-29 02:04  s3://docker-000010
2024-01-26 11:46  s3://docker-pub
2024-03-06 11:42  s3://warp-benchmark-bucket


[root@ceph-1 data]# ceph df
RAW STORAGE:
    CLASS     SIZE        AVAIL       USED        RAW USED     %RAW USED 
    hdd       900 GiB     154 GiB     740 GiB      746 GiB         82.86 
    TOTAL     900 GiB     154 GiB     740 GiB      746 GiB         82.86 
 
POOLS:
    POOL                           ID     PGS     STORED      OBJECTS     USED        %USED      MAX AVAIL 
    cephfs_data                     1      16         0 B           0         0 B          0           0 B 
    cephfs_metadata                 2      16     1.0 MiB          23     4.7 MiB     100.00           0 B 
    .rgw.root                       3      16     3.5 KiB           8     1.5 MiB     100.00           0 B 
    default.rgw.control             4      16         0 B           8         0 B          0           0 B 
    default.rgw.meta                5      16     8.5 KiB          31     5.4 MiB     100.00           0 B 
    default.rgw.log                 6      16      64 KiB         207      64 KiB     100.00           0 B 
    default.rgw.buckets.index       7      16     3.5 MiB         192     3.5 MiB     100.00           0 B 
    default.rgw.buckets.data        8      16     146 GiB      51.55k     440 GiB     100.00           0 B 
    default.rgw.buckets.non-ec      9      16     123 KiB          10     2.0 MiB     100.00           0 B

只迁移default.rgw.buckets.data发现没有backet桶的信息所以要迁移

default.rgw.buckets.data  这里是数据

default.rgw.meta   这里面存的是用户信息和桶的信息

default.rgw.buckets.index  这里是对应关系

1、通过 rados -p pool_name  export  --all    文件

[root@ceph-1 data]# rados -p default.rgw.buckets.data  export  --all   rgwdata
[root@ceph-1 data]# rados -p default.rgw.buckets.index  export   --all   rgwindex
[root@ceph-1 data]# rados -p default.rgw.meta  export   --all   rgwmeta
[root@ceph-1 data]# ls
rgwdata  rgwindex  rgwmeta

2、获取原集群的user信息记住ceph-dashboard的access_key和secret_key  原因是default.rgw.meta 有用户ceph-dashboard 恰好在里面

[root@ceph-1 data]# radosgw-admin user list
[
    "registry",
    "ceph-dashboard"
]
[root@ceph-1 data]# radosgw-admin user info --uid=ceph-dashboard
{
    "user_id": "ceph-dashboard",
    "display_name": "Ceph dashboard",
    "email": "",
    "suspended": 0,
    "max_buckets": 1000,
    "subusers": [],
    "keys": [
        {
            "user": "ceph-dashboard",
            "access_key": "9UYWS54KEGHPTXIZK61J",
            "secret_key": "MGaia4UnZhKO6DRRtRu89iKwUJjZ0KVS8IgjA2p8"
        }
    ],
    "swift_keys": [],
    "caps": [],
    "op_mask": "read, write, delete",
    "system": "true",
    "default_placement": "",
    "default_storage_class": "",
    "placement_tags": [],
    "bucket_quota": {
        "enabled": true,
        "check_on_raw": false,
        "max_size": -1,
        "max_size_kb": 0,
        "max_objects": 1638400
    },
    "user_quota": {
        "enabled": false,
        "check_on_raw": false,
        "max_size": -1,
        "max_size_kb": 0,
        "max_objects": -1
    },
    "temp_url_keys": [],
    "type": "rgw",
    "mfa_ids": []
}

新环境

切换到新建好的集群

[root@ceph-1 data]# ceph -s
  cluster:
    id:     d073f5d6-6b4a-4c87-901b-a0f4694ee878
    health: HEALTH_WARN
            mon is allowing insecure global_id reclaim
 
  services:
    mon: 1 daemons, quorum ceph-1 (age 46h)
    mgr: ceph-1(active, since 46h)
    mds: cephfs:1 {0=ceph-1=up:active}
    osd: 2 osds: 2 up (since 46h), 2 in (since 8d)
    rgw: 1 daemon active (ceph-1.rgw0)
 
  task status:
 
  data:
    pools:   9 pools, 144 pgs
    objects: 61.83k objects, 184 GiB
    usage:   1.9 TiB used, 3.3 TiB / 5.2 TiB avail
    pgs:     144 active+clean
 
  io:
    client:   58 KiB/s rd, 7 op/s rd, 0 op/s wr

测试是都可以用rgw

[root@ceph-1 data]# yum install s3cmd -y
[root@ceph-1 data]# ceph config dump
WHO    MASK LEVEL    OPTION                               VALUE                                    RO 
global      advanced mon_warn_on_pool_no_redundancy       false                                       
  mgr       advanced mgr/dashboard/ALERTMANAGER_API_HOST  http://20.3.14.124:9093                  *  
  mgr       advanced mgr/dashboard/GRAFANA_API_PASSWORD   admin                                    *  
  mgr       advanced mgr/dashboard/GRAFANA_API_SSL_VERIFY false                                    *  
  mgr       advanced mgr/dashboard/GRAFANA_API_URL        https://20.3.14.124:3000                 *  
  mgr       advanced mgr/dashboard/GRAFANA_API_USERNAME   admin                                    *  
  mgr       advanced mgr/dashboard/PROMETHEUS_API_HOST    http://20.3.14.124:9092                  *  
  mgr       advanced mgr/dashboard/RGW_API_ACCESS_KEY     9UYWS54KEGHPTXIZK61J                     *  
  mgr       advanced mgr/dashboard/RGW_API_HOST           20.3.14.124                              *  
  mgr       advanced mgr/dashboard/RGW_API_PORT           8090                                     *  
  mgr       advanced mgr/dashboard/RGW_API_SCHEME         http                                     *  
  mgr       advanced mgr/dashboard/RGW_API_SECRET_KEY     MGaia4UnZhKO6DRRtRu89iKwUJjZ0KVS8IgjA2p8 *  
  mgr       advanced mgr/dashboard/RGW_API_USER_ID        ceph-dashboard                           *  
  mgr       advanced mgr/dashboard/ceph-1/server_addr     20.3.14.124                              *  
  mgr       advanced mgr/dashboard/server_port            8443                                     *  
  mgr       advanced mgr/dashboard/ssl                    true                                     *  
  mgr       advanced mgr/dashboard/ssl_server_port        8443                                     *  
[root@ceph-1 data]# s3cmd ls
#创建桶
[root@ceph-1 data]# s3cmd mb s3://test
Bucket 's3://test/' created
#上传测试
[root@ceph-1 data]# s3cmd put test.txt s3://test -r
upload: 'test.txt' -> 's3://test/1234'  [1 of 1]
 29498 of 29498   100% in    0s   634.42 KB/s  done
#删除桶文件
[root@ceph-1 data]# s3cmd del s3://test --recursive --force
delete: 's3://test/1234'
#删除桶
[root@ceph-1 data]# s3cmd rb s3://test --recursive --force
Bucket 's3://test/' removed

[root@ceph-1 data]# ceph df
RAW STORAGE:
    CLASS     SIZE        AVAIL       USED        RAW USED     %RAW USED 
    ssd       5.2 TiB     3.3 TiB     1.9 TiB      1.9 TiB         36.80 
    TOTAL     5.2 TiB     3.3 TiB     1.9 TiB      1.9 TiB         36.80 
 
POOLS:
    POOL                           ID     PGS     STORED      OBJECTS     USED        %USED     MAX AVAIL 
    cephfs_data                     1      16      36 GiB       9.33k      36 GiB      1.16       3.0 TiB 
    cephfs_metadata                 2      16     137 KiB          23     169 KiB         0       3.0 TiB 
    .rgw.root                       3      16     1.2 KiB           4      16 KiB         0       3.0 TiB 
    default.rgw.control             4      16         0 B           8         0 B         0       3.0 TiB 
    default.rgw.meta                5      16     6.5 KiB          32     120 KiB         0       3.0 TiB 
    default.rgw.log                 6      16     1.6 MiB         207     1.6 MiB         0       3.0 TiB 
    default.rgw.buckets.index       7      16         0 B         192         0 B         0       3.0 TiB 
    default.rgw.buckets.data        8      16         0 B      52.04k         0 B      4.52       3.0 TiB 
    default.rgw.buckets.non-ec      9      16         0 B           0         0 B         0       3.0 TiB

1、把上面的文件传输到当前集群

[root@ceph-1 data]# ls
rgwdata  rgwindex  rgwmeta
[root@ceph-1 data]#rados -p default.rgw.buckets.data  import rgwdata
Importing pool
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000078:head#
***Overwrite*** #-9223372036854775808:00000000:gc::gc.30:head#
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000070:head#
..............
[root@ceph-1 data]#rados -p default.rgw.buckets.index   import rgwindex
Importing pool
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000078:head#
***Overwrite*** #-9223372036854775808:00000000:gc::gc.30:head#
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000070:head#
..............
[root@ceph-1 data]#rados -p default.rgw.meta    import rgwmeta
Importing pool
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000078:head#
***Overwrite*** #-9223372036854775808:00000000:gc::gc.30:head#
***Overwrite*** #-9223372036854775808:00000000:::obj_delete_at_hint.0000000070:head#
..............

[root@ceph-1 data]# ceph df
RAW STORAGE:
    CLASS     SIZE        AVAIL       USED        RAW USED     %RAW USED 
    ssd       5.2 TiB     3.3 TiB     1.9 TiB      1.9 TiB         36.80 
    TOTAL     5.2 TiB     3.3 TiB     1.9 TiB      1.9 TiB         36.80 
 
POOLS:
    POOL                           ID     PGS     STORED      OBJECTS     USED        %USED     MAX AVAIL 
    cephfs_data                     1      16      36 GiB       9.33k      36 GiB      1.16       3.0 TiB 
    cephfs_metadata                 2      16     137 KiB          23     169 KiB         0       3.0 TiB 
    .rgw.root                       3      16     1.2 KiB           4      16 KiB         0       3.0 TiB 
    default.rgw.control             4      16         0 B           8         0 B         0       3.0 TiB 
    default.rgw.meta                5      16     6.5 KiB          32     120 KiB         0       3.0 TiB 
    default.rgw.log                 6      16     1.6 MiB         207     1.6 MiB         0       3.0 TiB 
    default.rgw.buckets.index       7      16         0 B         192         0 B         0       3.0 TiB 
    default.rgw.buckets.data        8      16     147 GiB      52.04k     147 GiB      4.52       3.0 TiB 
    default.rgw.buckets.non-ec      9      16         0 B           0         0 B         0       3.0 TiB 
[root@ceph-1 data]#

2、传输完了发现网页异常和s3cmd 不可用了  

1、发现ceph config dump的RGW_API_ACCESS_KEY和RGW_API_SECRET_KEY和 radosgw-admin user info --uid=ceph-dashboard 输出的结果不一样 

radosgw-admin user info --uid=ceph-dashboard结果是老集群的access_key和secret_key 

导入的radosgw-admin user info --uid=ceph-dashboard的access_key和secret_key

   [root@ceph-1 data]# radosgw-admin user info --uid=ceph-dashboard
   [root@ceph-1 data]#  echo 9UYWS54KEGHPTXIZK61J  > access_key
  [root@ceph-1 data]#  echo MGaia4UnZhKO6DRRtRu89iKwUJjZ0KVS8IgjA2p8  > secret_key
   [root@ceph-1 data]# ceph dashboard set-rgw-api-access-key -i  access_key
   [root@ceph-1 data]# ceph dashboard set-rgw-api-secret-key -i secret_key

发现一样了

网页也正常了

用新的access_key和secret_key 配置s3cmd

迁移后的registry 无法使用failed to retrieve info about container registry (HTTP Error: 301: 301 Moved Permanently)  和CEPH RGW集群和bucket的zone group 不一致导致的404异常解决 及 使用radosgw-admin metadata 命令设置bucket metadata 的方法

[root@ceph-1 data]# vi /var/log/ceph/ceph-rgw-ceph-1.rgw0.log

查看 zonegroup  发现不一致

radosgw-admin zonegroup list   看default_info是

79ee051e-ac44-4677-b011-c7f3ad0d1d75 

但是 radosgw-admin metadata get bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1里面的zonegroup

3ea718b5-ddfe-4641-8f80-53152066e03e

[root@ceph-1 data]# radosgw-admin zonegroup list
{
    "default_info": "79ee051e-ac44-4677-b011-c7f3ad0d1d75",
    "zonegroups": [
        "default"
    ]
}

[root@ceph-1 data]# radosgw-admin metadata list bucket.instance
[
    "docker-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.4",
    "docker-pub:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.3",
    "digital-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.1",
    "digital-000002:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.2",
    "000002:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.3",
    "component-pub:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.1",
    "cloudengine:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.2",
    "deploy-2:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.5",
    "warp-benchmark-bucket:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.6",
    "registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
    "000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.2",
    "component-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.4"
]

[root@ceph-1 data]# radosgw-admin metadata get bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1
{
    "key": "bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
    "ver": {
        "tag": "_CMGeYR69ptByuWSkghrYCln",
        "ver": 1
    },
    "mtime": "2024-03-08 07:42:50.397826Z",
    "data": {
        "bucket_info": {
            "bucket": {
                "name": "registry",
                "marker": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "bucket_id": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "tenant": "",
                "explicit_placement": {
                    "data_pool": "",
                    "data_extra_pool": "",
                    "index_pool": ""
                }
            },
            "creation_time": "2024-01-24 10:36:55.798976Z",
            "owner": "registry",
            "flags": 0,
            "zonegroup": "3ea718b5-ddfe-4641-8f80-53152066e03e",
            "placement_rule": "default-placement",
            "has_instance_obj": "true",
            "quota": {
                "enabled": false,
                "check_on_raw": true,
                "max_size": -1,
                "max_size_kb": 0,
                "max_objects": -1
            },
            "num_shards": 16,
            "bi_shard_hash_type": 0,
            "requester_pays": "false",
            "has_website": "false",
            "swift_versioning": "false",
            "swift_ver_location": "",
            "index_type": 0,
            "mdsearch_config": [],
            "reshard_status": 0,
            "new_bucket_instance_id": ""
        },
        "attrs": [
            {
                "key": "user.rgw.acl",
                "val": "AgKTAAAAAwIYAAAACAAAAHJlZ2lzdHJ5CAAAAHJlZ2lzdHJ5BANvAAAAAQEAAAAIAAAAcmVnaXN0cnkPAAAAAQAAAAgAAAByZWdpc3RyeQUDPAAAAAICBAAAAAAAAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAICBAAAAA8AAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAAAAAAAAAAA"
            }
        ]
    }
}

解决

1、把registry信息导入文件

[root@ceph-1 data]# radosgw-admin metadata get bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1 > conf.json

2、获取当前集群的zonegroup

[root@ceph-1 data]# radosgw-admin zonegroup list
{
    "default_info": "79ee051e-ac44-4677-b011-c7f3ad0d1d75",
    "zonegroups": [
        "default"
    ]
}

3、修改conf.json的zonegroup

结果如下

 [root@ceph-1 data]# cat conf.json
{
    "key": "bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
    "ver": {
        "tag": "_CMGeYR69ptByuWSkghrYCln",
        "ver": 1
    },
    "mtime": "2024-03-08 07:42:50.397826Z",
    "data": {
        "bucket_info": {
            "bucket": {
                "name": "registry",
                "marker": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "bucket_id": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "tenant": "",
                "explicit_placement": {
                    "data_pool": "",
                    "data_extra_pool": "",
                    "index_pool": ""
                }
            },
            "creation_time": "2024-01-24 10:36:55.798976Z",
            "owner": "registry",
            "flags": 0,
            "zonegroup": "79ee051e-ac44-4677-b011-c7f3ad0d1d75",  #替换成radosgw-admin zonegroup list的default_inf
            "placement_rule": "default-placement",
            "has_instance_obj": "true",
            "quota": {
                "enabled": false,
                "check_on_raw": true,
                "max_size": -1,
                "max_size_kb": 0,
                "max_objects": -1
            },
            "num_shards": 16,
            "bi_shard_hash_type": 0,
            "requester_pays": "false",
            "has_website": "false",
            "swift_versioning": "false",
            "swift_ver_location": "",
            "index_type": 0,
            "mdsearch_config": [],
            "reshard_status": 0,
            "new_bucket_instance_id": ""
        },
        "attrs": [
            {
                "key": "user.rgw.acl",
                "val": "AgKTAAAAAwIYAAAACAAAAHJlZ2lzdHJ5CAAAAHJlZ2lzdHJ5BANvAAAAAQEAAAAIAAAAcmVnaXN0cnkPAAAAAQAAAAgAAAByZWdpc3RyeQUDPAAAAAICBAAAAAAAAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAICBAAAAA8AAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAAAAAAAAAAA"
            }
        ]
    }
}

4、导入信息

[root@ceph-1 data]# radosgw-admin metadata  put bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1 < conf.json

5、查看"zonegroup": "79ee051e-ac44-4677-b011-c7f3ad0d1d75",   和当前集群一直

[root@ceph-1 data]# radosgw-admin metadata list bucket.instance
[
    "docker-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.4",
    "docker-pub:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.3",
    "digital-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.1",
    "digital-000002:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.2",
    "000002:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.3",
    "component-pub:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.1",
    "cloudengine:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.2",
    "deploy-2:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.5",
    "warp-benchmark-bucket:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.6",
    "registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
    "000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4801.2",
    "component-000010:204e1689-81f3-41e6-a487-8a0cfe918e2e.4743.4"
]

[root@ceph-1 data]# radosgw-admin metadata get bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1
{
    "key": "bucket.instance:registry:204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
    "ver": {
        "tag": "_CMGeYR69ptByuWSkghrYCln",
        "ver": 1
    },
    "mtime": "2024-03-08 07:42:50.397826Z",
    "data": {
        "bucket_info": {
            "bucket": {
                "name": "registry",
                "marker": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "bucket_id": "204e1689-81f3-41e6-a487-8a0cfe918e2e.4772.1",
                "tenant": "",
                "explicit_placement": {
                    "data_pool": "",
                    "data_extra_pool": "",
                    "index_pool": ""
                }
            },
            "creation_time": "2024-01-24 10:36:55.798976Z",
            "owner": "registry",
            "flags": 0,
            "zonegroup": "79ee051e-ac44-4677-b011-c7f3ad0d1d75",
            "placement_rule": "default-placement",
            "has_instance_obj": "true",
            "quota": {
                "enabled": false,
                "check_on_raw": true,
                "max_size": -1,
                "max_size_kb": 0,
                "max_objects": -1
            },
            "num_shards": 16,
            "bi_shard_hash_type": 0,
            "requester_pays": "false",
            "has_website": "false",
            "swift_versioning": "false",
            "swift_ver_location": "",
            "index_type": 0,
            "mdsearch_config": [],
            "reshard_status": 0,
            "new_bucket_instance_id": ""
        },
        "attrs": [
            {
                "key": "user.rgw.acl",
                "val": "AgKTAAAAAwIYAAAACAAAAHJlZ2lzdHJ5CAAAAHJlZ2lzdHJ5BANvAAAAAQEAAAAIAAAAcmVnaXN0cnkPAAAAAQAAAAgAAAByZWdpc3RyeQUDPAAAAAICBAAAAAAAAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAICBAAAAA8AAAAIAAAAcmVnaXN0cnkAAAAAAAAAAAAAAAAAAAAA"
            }
        ]
    }
}

6、重启registry   问题解决

本文来自互联网用户投稿，该文观点仅代表作者本人，不代表本站立场。本站仅提供信息存储空间服务，不拥有所有权，不承担相关法律责任。如若转载，请注明出处：http://www.coloradmin.cn/o/1500694.html

如若内容造成侵权/违法违规/事实不符，请联系多彩编程网进行投诉反馈，一经查实，立即删除！

相关文章

【计网】TCP协议安全与风险：深入探讨网络通信的基石

【计网】TCP协议安全与风险：深入探讨网络通信的基石

&#x1f34e;个人博客&#xff1a;个人主页 &#x1f3c6;个人专栏&#xff1a;Linux ⛳️ 功不唐捐&#xff0c;玉汝于成 目录 &#x1f310;前言 &#x1f512;正文 TCP (Transmission Control Protocol): UDP (User Datagram Protocol): HTTP (Hypertext Transfer …
阅读更多...
基于禁忌搜索算法（TS）的TSP（Python实现）

基于禁忌搜索算法（TS）的TSP（Python实现）

本篇文章是博主在最化优学习、人工智能等领域学习时&#xff0c;用于个人学习、研究或者欣赏使用&#xff0c;并基于博主对相关等领域的一些理解而记录的学习摘录和笔记&#xff0c;若有不当和侵权之处&#xff0c;指出后将会立即改正&#xff0c;还望谅解。文章分类在最优化算…
阅读更多...
MRI基础--k空间

MRI基础--k空间

k空间定义 k空间是表示 MR 图像中空间频率的数字数组。 k空间物理意义 k 空间的单元通常显示在主轴 kx 和 ky 的矩形网格上。 k 空间的 kx 和 ky 轴对应于图像的水平 (x) 和垂直 (y) 轴。然而，k 轴表示 x 和 y 方向上的空间频率而不是位置。 k 空间中的各个点 (kx,ky) 与图像…
阅读更多...
Python 映射函数map()详解

Python 映射函数map()详解

一、映射函数定义 它用于对容器中的元素进行映射&#xff08;或变换&#xff09; 二、映射函数语法 map(function, iterable) function&#xff1a;一个提供变换规则的函数&#xff0c;返回变换之后的元素iterable&#xff1a;一个或多个序列&#xff08;可迭代对象&#xff09…
阅读更多...
005-事件捕获、冒泡事件委托

005-事件捕获、冒泡事件委托

事件捕获、冒泡&事件委托 1、事件捕获与冒泡2、事件冒泡示例3、阻止事件冒泡4、阻止事件默认行为5、事件委托6、事件委托优点 1、事件捕获与冒泡 2、事件冒泡示例 <!DOCTYPE html> <html lang"en"><head><meta charset"UTF-8" /…
阅读更多...
【嵌入式高级C语言】9：万能型链表懒人手册

【嵌入式高级C语言】9：万能型链表懒人手册

文章目录 序言单向不循环链表拼图框架搭建 - Necessary功能拼图块1 创建链表头信息结构体 - Necessary2 链表头部插入 - Optional3 链表的遍历 - Optional4 链表的销毁 - Necessary5 链表头信息结构体销毁 - Necessary6 获取链表中节点的个数 - Optional7 链表尾部插入 - Optio…
阅读更多...
【软件测试面试】银行项目测试面试题+答案（一）

【软件测试面试】银行项目测试面试题+答案（一）

目录&#xff1a;导读 前言一、Python编程入门到精通二、接口自动化项目实战三、Web自动化项目实战四、App自动化项目实战五、一线大厂简历六、测试开发DevOps体系七、常用自动化测试工具八、JMeter性能测试九、总结&#xff08;尾部小惊喜&#xff09; 前言 面试题&#xff1…
阅读更多...
如何做代币分析：以 ARB 币为例

如何做代币分析：以 ARB 币为例

作者&#xff1a;lesleyfootprint.network 编译&#xff1a;mingfootprint.network 数据源&#xff1a;ARB 代币仪表板 &#xff08;仅包括以太坊数据&#xff09; 在加密货币和数字资产领域&#xff0c;代币分析起着至关重要的作用。代币分析指的是深入研究与代币相关的数据…
阅读更多...
Vue2里，利用原生js input的 type=“file“时，获取上传成功后的文件名及文件内容。下载文件到本地

Vue2里，利用原生js input的 type=“file“时，获取上传成功后的文件名及文件内容。下载文件到本地

功能场景：现在有个上传下载文件的功能，不需要调后端接口，因为需求是不需要将文件存到数据库里。如下图，是上传成功的场景： 这里限制上传accept类型为pem, 这里主要用到了input的change事件，如果没上传文件则提醒上传文件后再下载，下载功能主要是运用创建a元素，传入blo…
阅读更多...
go语言-k8s宿主信息采集运维脚本

go语言-k8s宿主信息采集运维脚本

背景 由于工作需要&#xff0c;需要采集k8s集群中的宿主相关信息&#xff0c;包括cpu,memory,lvm,标签等信息。通常作为SRE会主选shell或python脚本来实现。但最近我们团队主流开发语言已经切换到golang.所以本次尝试用go语言来写写运维脚本。 实现流程图 代码实现 package m…
阅读更多...
移掉 K 位数字（LeetCode 402）

移掉 K 位数字（LeetCode 402）

文章目录 1.问题描述2.难度等级3.热门指数4.解题思路4.1 暴力法4.2 贪心 单调栈 参考文献 1.问题描述 给你一个以字符串表示的非负整数 num 和一个整数 k&#xff0c;移除这个数中的 k 位数字&#xff0c;使得剩下的整数最小。请你以字符串形式返回这个最小的整数。 示例 1 …
阅读更多...
【产品测试】Bug报告的四个元素，你知道吗？

【产品测试】Bug报告的四个元素，你知道吗？

前言 由于任何由人编写的程序都不可避免的存在着不符合测试需求的错误&#xff0c;也就是bug。因此需要一个方法来跟踪、分析和展示那些测试活动&#xff0c;避免偏离最小。这种方法称之为错误跟踪系统。它主要是有效的管理缺陷&#xff0c;实现以下作用&#xff1a; 1)减少由…
阅读更多...
YOLOX论文解读

YOLOX论文解读

paper&#xff1a;YOLOX: Exceeding YOLO Series in 2021 official implementation&#xff1a;https://github.com/Megvii-BaseDetection/YOLOX 本文的创新点 本文在YOLOv3的基础上进行了一些改进&#xff1a;包括将检测头进行解耦的decoupled head、从anchor-based转为anc…
阅读更多...
经典定时任务结构设计：时间轮(Timing Wheel)案例和实现原理

经典定时任务结构设计：时间轮(Timing Wheel)案例和实现原理

1、直接上案例 import io.netty.util.HashedWheelTimer; import io.netty.util.Timeout; import io.netty.util.TimerTask; import lombok.extern.log4j.Log4j2;import java.util.concurrent.TimeUnit;/*** ClassName Test* Author will* Date 2024/3/8 16:31* Version 1.0.1*…
阅读更多...
【PCIe】TLP结构与配置空间

【PCIe】TLP结构与配置空间

&#x1f525;博客主页&#xff1a;PannLZ 文章目录 PCIe TLP结构PCIe配置空间和地址空间 PCIe TLP结构 TLP 主要由3个部分组成&#xff1a; Header 、 数据(可选&#xff0c;取决于具体的TLP 类 型 ) 和 ECRC (End to End CRC, 可选)。TLP 都始于发送端的事务层&#xff0c;终…
阅读更多...
网络仿真（二）

网络仿真（二）

时延和丢包率 网络中的节点之间时延&#xff08;延迟&#xff09;和丢包率是衡量网络性能的两个关键指标。 时延&#xff08;延迟&#xff09;&#xff1a;时延是指数据在网络中从一个节点传输到另一个节点所需的时间。这包括处理时延&#xff08;数据在节点处理的时间&#x…
阅读更多...
ENVI必须会教程—Sentinel-2数据的读取与波段组合加载

ENVI必须会教程—Sentinel-2数据的读取与波段组合加载

实验2&#xff1a;读取Sentinel-2影像 目的&#xff1a;了解Sentinel-2影像读取方法&#xff0c;熟悉各波段及组合 过程&#xff1a; ①读取数据&#xff1a;在标题栏选择“文件”选项&#xff0c;点击“打开为”&#xff0c;选择“光学传感器”&#xff0c;由于哨兵2号数据…
阅读更多...
Java后端八股笔记

Java后端八股笔记

Java后端八股笔记 Redis八股 上两种都有可能导致脏数据 所以使用两次删除缓存的技术&#xff0c;延时是因为数据库有主从问题需要更新&#xff0c;无法达到完全的强一致性&#xff0c;只能达到控制一致性。 一般放入缓存中的数据都是读多写少的数据 业务逻辑代码&#x1f44…
阅读更多...
#stm32外设总结电容触摸按键

#stm32外设总结电容触摸按键

BS8116A-3 IRQ 外部中断请求 NMOS输出内部上拉 SCL SDA IIC通信接口 VDD 供电电压2.2-5.5V Ct电容: 0~25 pF 电容越大灵敏度越低 1、 软件使用流程 初始化 将IIC的两个引脚初始化为复用开漏模式 按键引脚设置上拉输入 下降沿触发外部中断 void KEY_Init(void) {//uint8_t …
阅读更多...
音视频学习笔记——实现PCM和H264合成MP4功能

音视频学习笔记——实现PCM和H264合成MP4功能

本文主要记录实现PCM和H264合成MP4功能的整个框架&#xff0c;各个模块中FFmpeg的api使用流程&#xff0c;便于后续学习和复盘。 本专栏知识点是通过<零声教育>的音视频流媒体高级开发课程进行系统学习&#xff0c;梳理总结后写下文章&#xff0c;对音视频相关内容感兴趣…
阅读更多...
推荐文章
最新文章

Copyright @ 2022~2023