Update a config example in multi-data-centers-in-one-city-deployment.md

multi-data-centers-in-one-city-deployment.md

@@ -96,28 +96,52 @@ TiKV 是一个 Multi-Raft 系统，其数据按 Region（默认 96M）切分，
 
 #### TiKV Labels 样例规划
 
-针对 TiKV Labels 标签，你需要根据已有的物理资源、容灾能力容忍度等方面进行设计与规划，进而提升系统的可用性和容灾能力。并根据已规划的拓扑架构，配置相关 tidb-ansible inventory.ini 文件（此处省略其他非重点项）：
+针对 TiKV Labels 标签，你需要根据已有的物理资源、容灾能力容忍度等方面进行设计与规划，进而提升系统的可用性和容灾能力。并根据已规划的拓扑架构，在集群初始化配置文件中进行配置（此处省略其他非重点项）：
 
 ```ini
-[tikv_servers]
-TiKV-30   ansible_host=10.63.10.30     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170 tikv_status_port=20180 labels="zone=z1,dc=d1,rack=r1,host=30"  
-TiKV-31   ansible_host=10.63.10.31     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z1,dc=d1,rack=r1,host=31"  
-TiKV-32   ansible_host=10.63.10.32     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z1,dc=d1,rack=r2,host=30"  
-TiKV-33   ansible_host=10.63.10.33     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z1,dc=d1,rack=r2,host=30"  
-
-TiKV-34   ansible_host=10.63.10.34     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z2,dc=d1,rack=r1,host=34"  
-TiKV-35   ansible_host=10.63.10.35     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z2,dc=d1,rack=r1,host=35"  
-TiKV-36   ansible_host=10.63.10.36     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z2,dc=d1,rack=r2,host=36"  
-TiKV-37   ansible_host=10.63.10.36     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z2,dc=d1,rack=r2,host=37"  
-
-TiKV-38   ansible_host=10.63.10.38     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z3,dc=d1,rack=r1,host=38"  
-TiKV-39   ansible_host=10.63.10.39     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z3,dc=d1,rack=r1,host=39"  
-TiKV-40   ansible_host=10.63.10.40     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z3,dc=d1,rack=r2,host=40"  
-TiKV-41   ansible_host=10.63.10.41     deploy_dir=/data/tidb_cluster/tikv  tikv_port=20170   tikv_status_port=20180 labels="zone=z3,dc=d1,rack=r2,host=41"
-
-## Group variables
-[pd_servers:vars]
-location_labels = ["zone","dc","rack","host"]
+server_configs:
+  pd:
+    replication.location-labels: ["zone","dc","rack","host"]
+
+tikv_servers:
+  - host: 10.63.10.30
+    config:
+      server.labels: { zone: "z1", dc: "d1", rack: "r1", host: "30" }
+  - host: 10.63.10.31
+    config:
+      server.labels: { zone: "z1", dc: "d1", rack: "r1", host: "31" }
+  - host: 10.63.10.32
+    config:
+      server.labels: { zone: "z1", dc: "d1", rack: "r2", host: "32" }
+  - host: 10.63.10.33
+    config:
+      server.labels: { zone: "z1", dc: "d1", rack: "r2", host: "33" }
+
+  - host: 10.63.10.34
+    config:
+      server.labels: { zone: "z2", dc: "d1", rack: "r1", host: "34" }
+  - host: 10.63.10.35
+    config:
+      server.labels: { zone: "z2", dc: "d1", rack: "r1", host: "35" }
+  - host: 10.63.10.36
+    config:
+      server.labels: { zone: "z2", dc: "d1", rack: "r2", host: "36" }
+  - host: 10.63.10.37
+    config:
+      server.labels: { zone: "z2", dc: "d1", rack: "r2", host: "37" }
+
+  - host: 10.63.10.38
+    config:
+      server.labels: { zone: "z3", dc: "d1", rack: "r1", host: "38" }
+  - host: 10.63.10.39
+    config:
+      server.labels: { zone: "z3", dc: "d1", rack: "r1", host: "39" }
+  - host: 10.63.10.40
+    config:
+      server.labels: { zone: "z3", dc: "d1", rack: "r2", host: "40" }
+  - host: 10.63.10.41
+    config:
+      server.labels: { zone: "z3", dc: "d1", rack: "r2", host: "41" }
 ```
 
 本例中，zone 表示逻辑可用区层级，用于控制副本的隔离（当前集群 3 副本）。