REUSE • Implementation decision: DRY • Reusing algorithm: Generic Function • Reusing interface and data: Generic Classes ## CODE REUSE • Implementation decision: DRY • Reusing algorithm: Generic Function data: Generic Classes • We reuse in unrelated contexts ## CODE REUSE • Implementation decision: DRY • Reusing algorithm: Generic Function • Reusing interface and data: Generic Classes • We reuse in

hotRowProtection: mode: disable|dryRun|enable # enable_hot_row_protection, enable_hot_row_protection_dry_run # Default value is same as txPool.size. maxQueueSize: 20 # hot_row_protection_max_queue_size -table-acl-dry-run # queryserver-config-acl-exempt-acl # enable-tx-throttler # tx-throttler-config # tx-throttler-healthcheck-cells # enable_transaction_limit # enable_transaction_limit_dry_run # tran ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: {

hotRowProtection: mode: disable|dryRun|enable # enable_hot_row_protection, enable_hot_row_protection_dry_run # Default value is same as txPool.size. maxQueueSize: 20 # hot_row_protection_max_queue_size maxGlobalQueueSize: -table-acl-dry-run # queryserver-config-acl-exempt-acl # enable-tx-throttler # tx-throttler-config # tx-throttler-healthcheck-cells # enable_transaction_limit # enable_transaction_limit_dry_run # tran ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: {

hotRowProtection: mode: disable|dryRun|enable # enable_hot_row_protection, enable_hot_row_protection_dry_run # Default value is same as txPool.size. maxQueueSize: 20 # hot_row_protection_max_queue_size maxGlobalQueueSize: -table-acl-dry-run # queryserver-config-acl-exempt-acl # enable-tx-throttler # tx-throttler-config # tx-throttler-healthcheck-cells # enable_transaction_limit # enable_transaction_limit_dry_run # tran ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: {

hotRowProtection: mode: disable | dryRun | enable # enable_hot_row_protection, enable_hot_row_protection_dry_run # Default value is same as txPool.size. maxQueueSize: 20 # hot_row_protection_max_queue_size -table-acl-dry-run # queryserver-config-acl-exempt-acl # enable-tx-throttler # tx-throttler-config # tx-throttler-healthcheck-cells # enable_transaction_limit # enable_transaction_limit_dry_run # tran ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: {

ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: { each table may be empty. Example: '{"t1":{}", "t2":{}}' DropSources [-dry_run] After a MoveTables or Resharding workflow cleanup unused artifacts like source -tablet_type={replica|rdonly} [-dry-run] Switch read traffic for the specified workflow. SwitchWrites [-filtered_replication_wait_time=30s] [-cancel] [-reverse_replication=false] [-dry-run]

0 码力 | 331 页 | 1.35 MB | 2 年前

3

ApplyRoutingRules { -rules= || -rules_file= } [-cells=c1,c2,...] [-skip_rebuild] [-dry-run] ## Syntax Resharding Routing rules can be specified using JSON format. Here’s an example: { let_types>] -workflow= DropSources [-dry run] CreateLookupVindex [-cell=] [-tablet_types=] [-reverse] -tablet_type={replica|rdonly} [-dry-run] SwitchWrites [-filtered_replication_wait_time=30s] [-cancel] [-reverse_replication=false] [-dry-run] CancelResharding

OS (e.g. creating a Linux environment on macOS), but we don't recommend its usage outside of --dry-run operations. Common problems with mismatched OSes include: • The environment cannot be solved because limitations (case insensitive systems, incompatible paths, etc). The only workaround here is to use --dry-run --json to obtain the solution and process the payload into a lockfile that can be shared with the you want): echo "@EXPLICIT" > explicit.txt CONDA_PKGS_DIRS=$($mktemp -d) conda create --dry-run MATCHSPECS_GO_HERE --json | jq -r ' →actions.FETCH[] | .url + "#" + .md5' >>

OS (e.g. creating a Linux environment on macOS), but we don't recommend its usage outside of --dry-run operations. Common problems with mismatched OSes include: • The environment cannot be solved because limitations (case insensitive systems, incompatible paths, etc). The only workaround here is to use --dry-run --json to obtain the solution and process the payload into a lockfile that can be shared with the you want): echo "@EXPLICIT">explicit.txt CONDA_PKGS_DIRS=$($mktemp -d) conda create --dry-run MATCHSPECS_GO_HERE --json | jq -r ' →actions.FETCH[] | .url + "#" + .md5' >>

to version 3 will look like, but do not perform the rollback oc rollback frontend --to-version=3 --dry-run # Perform a rollback to a specific deployment oc rollback frontend-2 # Perform the rollback cast --labels="app=hazelcast,env=prod" # Dry run; print the corresponding API objects without creating them oc run nginx --image=nginx --dry-run=client # Start a nginx pod, but overload the file, without hitting the API server oc set sa -f nginx-deployment.yaml serviceaccount1 --local --dry-run -o yaml oc set route-backends web --zero ###### 2.5.1.131. oc set selector 在资源上设置选择器 ## 用法示例