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  • Rollout

    2019-10-25 13:53:50
    Rollout
  • rollout

    千次阅读 2018-11-06 11:36:28
    似乎是策略网络在游戏状态sss可能的移动aaa确定一个概率分布p(a∣s)p(a\mid s)p(a∣s),程序以随机的方式搜索游戏树,而ppp确定了其该这样进行...当他们说rollout策略(我相信他们借用了西洋双陆棋的术语——“ro...

    似乎是策略网络在游戏状态 s s s可能的移动 a a a确定一个概率分布 p ( a ∣ s ) p(a\mid s) p(as),程序以随机的方式搜索游戏树,而 p p p确定了其该这样进行这种搜索。我们希望这个功能能“引导”程序做出强者可能做出的动作。这是有道理的,因为当你搜索游戏树的时候,以错误开始的分支在与一个聪明的对手评估当前棋盘位置时不太相关。
    当他们说rollout策略(我相信他们借用了西洋双陆棋的术语——“rollout”)是一个线性的softmax函数时,这是用在逻辑回归中的 σ \sigma σ函数的推广。该函数的形式为:

    e β i T x ∑ j = 1 k e β j T x \frac{e^{\beta^T_i x}}{\sum_{j=1}^{k} e^{\beta_j^T x}} j=1keβjTxeβiTx

    其中的 x x x是当前棋盘位置的一个函数的一个向量(根据线性softmax只能够在策略网络的最后一步使用的论文), b e t a i beta_i betai是权重向量。 x x x b e t a i beta_i betai一起决定了策略网络选择动作 a i a_i ai的概率。

    展开全文
  • $rollout = Rollout . new ( Rollout :: Zookeeper :: Storage . new ( $zookeeper , "/rollout/users" ) , :legacy_storage => $redis , :migrate => true ) 注意事项 它使用 gem 所有设置
  • Joomla yt_rollout

    2019-11-27 11:47:17
    Joomla yt_rollout
  • RolloutPostgresStore 安装 将此行添加到应用程序的 Gemfile 中: gem 'rollout_postgres_... 完成后,您应该在config/initializers/rollout.rb添加以下config/initializers/rollout.rb : # FeatureFlag is the m
  • kubernetes-rollout-源码

    2021-04-24 03:38:20
    Kubernetes卷展栏( rollout.zeitgeistlabs.io )API是用于在Kubernetes上部署资源的API。 对象 固定部署 PinnedDeployment的行为与Deployment相似,但它具有明确的上一个和下一个版本(Pod规范)。 ...
  • drone-rollout-restart-源码

    2021-04-09 08:05:50
    drone-rollout-restart是插件(也称为容器),可让您在构建无人机时执行kubectl rollout restart命令。 如果您想自动推出一个新构建的映像,并且您的kubernetes集群正在从该映像的最新版本中拉出,则这很有用。 如果...
  • Laravel开发-laravel-rollout .zip
  • 针对多值属性系统的诊断策略问题, 根据Rollout 算法可改善基础启发式算法的特点, 用Rollout 算法对基于 信息熵的多值属性系统诊断策略进行优化, 提出一种新的多值属性系统诊断策略. 理论和实验分析表明, ...
  • Laravel开发-laravel-rollout 将卷展栏集成到Laravel项目中的包。
  • mount Rollout :: UI :: Web . new => '/admin/rollout' # ... end 并使用Rollout实例对其进行配置,可以将您的配置放入routes.rb或独立的初始化程序中。 Rollout :: UI . configure do instance { $rollout }...
  • 针对目前大部分序贯多故障诊断算法需要计算最小碰集、计算方法较为复杂的问题, 在对多故障相关矩阵模型进行转换的基础上, 利用Rollout 算法对基于信息熵的多故障诊断策略进行优化, 提出一种新的多故障诊断策略....
  • kubectl rollout可以对Deployment、DaemonSet和StatefulSet进行控制,这篇文章以Deployment为例,对控制方式进行说明。

    kubectl rollout可以对Deployment、DaemonSet和StatefulSet进行控制,这篇文章以Deployment为例,对控制方式进行说明。

    rollout常见操作

    子命令功能说明
    history查看rollout操作历史
    pause将提供的资源设定为暂停状态
    restart重启某资源
    resume将某资源从暂停状态恢复正常
    status查看rollout操作状态
    undo回滚前一rollout

    事前准备

    使用如下YAML文件创建Deployment

    [root@host131 Deployment]# cat v1.yaml 
    ---
    apiVersion: apps/v1
    kind: Deployment
    metadata:
      name: busybox-deployment-v1
    spec:
      replicas: 3
      selector:
        matchLabels:
          app: busybox-v1
      template:
        metadata:
          labels:
            app: busybox-v1
        spec:
          containers:
          - name: busybox-host
            image: busybox:1.31.1
            command: ["sleep"]
            args: ["1000"]
    ...
    [root@host131 Deployment]# 
    

    创建Deployment并确认

    [root@host131 Deployment]# kubectl create -f v1.yaml 
    deployment.apps/busybox-deployment-v1 created
    [root@host131 Deployment]# kubectl get deployment -o wide
    NAME                    READY   UP-TO-DATE   AVAILABLE   AGE   CONTAINERS     IMAGES           SELECTOR
    busybox-deployment-v1   3/3     3            3           7s    busybox-host   busybox:1.31.1   app=busybox-v1
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS    RESTARTS   AGE   IP             NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-7bfdbd9656-ch65w   1/1     Running   0          14s   10.254.152.6   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-f68s2   1/1     Running   0          14s   10.254.152.5   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-s6f6j   1/1     Running   0          14s   10.254.152.7   192.168.163.131   <none>           <none>
    [root@host131 Deployment]# kubectl exec -it busybox-deployment-v1-7bfdbd9656-ch65w sh
    / # ps -ef
    PID   USER     TIME  COMMAND
        1 root      0:00 sleep 1000
        6 root      0:00 sh
       11 root      0:00 ps -ef
    / # busybox |grep BusyBox
    BusyBox v1.31.1 (2019-12-23 19:20:27 UTC) multi-call binary.
    BusyBox is copyrighted by many authors between 1998-2015.
    	BusyBox is a multi-call binary that combines many common Unix
    	link to busybox for each function they wish to use and BusyBox
    / #
    

    操作之:history

    子命令功能说明
    history查看rollout操作历史
    [root@host131 Deployment]# kubectl rollout history deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 
    REVISION  CHANGE-CAUSE
    1         <none>
    
    [root@host131 Deployment]#
    

    操作之:status

    子命令功能说明
    status查看rollout操作状态
    [root@host131 Deployment]# kubectl rollout status deployment busybox-deployment-v1
    deployment "busybox-deployment-v1" successfully rolled out
    [root@host131 Deployment]# 
    

    操作之:pause

    子命令功能说明
    pause将提供的资源设定为暂停状态
    [root@host131 Deployment]# kubectl rollout pause deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 paused
    [root@host131 Deployment]#
    

    可以通过describe命令确认到Progressing的状态:

    [root@host131 Deployment]# kubectl describe deployment busybox-deployment-v1 |grep Progressing
      Progressing    Unknown  DeploymentPaused
    [root@host131 Deployment]# 
    

    操作之:resume

    子命令功能说明
    resume将某资源从暂停状态恢复正常
    [root@host131 Deployment]# kubectl rollout resume deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 resumed
    [root@host131 Deployment]#
    

    可以通过describe命令确认到Progressing的状态:

    [root@host131 Deployment]# kubectl describe deployment busybox-deployment-v1 |grep Progressing
      Progressing    True    NewReplicaSetAvailable
    [root@host131 Deployment]#
    

    操作之:restart

    子命令功能说明
    restart重启某资源
    [root@host131 Deployment]# kubectl get deployment -o wide
    NAME                    READY   UP-TO-DATE   AVAILABLE   AGE   CONTAINERS     IMAGES           SELECTOR
    busybox-deployment-v1   3/3     3            3           10m   busybox-host   busybox:1.31.1   app=busybox-v1
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS    RESTARTS   AGE   IP             NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-7bfdbd9656-ch65w   1/1     Running   0          10m   10.254.152.6   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-f68s2   1/1     Running   0          10m   10.254.152.5   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-s6f6j   1/1     Running   0          10m   10.254.152.7   192.168.163.131   <none>           <none>
    [root@host131 Deployment]# kubectl rollout history deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 
    REVISION  CHANGE-CAUSE
    1         <none>
    
    [root@host131 Deployment]# 
    [root@host131 Deployment]# kubectl rollout restart deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 restarted
    [root@host131 Deployment]# kubectl rollout status deployment busybox-deployment-v1
    Waiting for deployment "busybox-deployment-v1" rollout to finish: 1 old replicas are pending termination...
    Waiting for deployment "busybox-deployment-v1" rollout to finish: 1 old replicas are pending termination...
    deployment "busybox-deployment-v1" successfully rolled out
    [root@host131 Deployment]# kubectl rollout history deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 
    REVISION  CHANGE-CAUSE
    1         <none>
    2         <none>
    
    [root@host131 Deployment]# kubectl get deployment -o wide
    NAME                    READY   UP-TO-DATE   AVAILABLE   AGE   CONTAINERS     IMAGES           SELECTOR
    busybox-deployment-v1   3/3     3            3           11m   busybox-host   busybox:1.31.1   app=busybox-v1
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS        RESTARTS   AGE   IP              NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-7bfdbd9656-ch65w   1/1     Terminating   0          11m   10.254.152.6    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-f68s2   1/1     Terminating   0          11m   10.254.152.5    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7bfdbd9656-s6f6j   1/1     Terminating   0          11m   10.254.152.7    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-kjt5z    1/1     Running       0          25s   10.254.152.10   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-r9xjk    1/1     Running       0          29s   10.254.152.8    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-vnnhx    1/1     Running       0          27s   10.254.152.9    192.168.163.131   <none>           <none>
    [root@host131 Deployment]# 
    

    操作之:undo

    子命令功能说明
    undo回滚前一rollout
    • 回滚前状态确认
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                    READY   STATUS    RESTARTS   AGE   IP              NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-7c6899456-kjt5z   1/1     Running   0          66s   10.254.152.10   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-r9xjk   1/1     Running   0          70s   10.254.152.8    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-vnnhx   1/1     Running   0          68s   10.254.152.9    192.168.163.131   <none>           <none>
    [root@host131 Deployment]# kubectl exec -it busybox-deployment-v1-7c6899456-kjt5z sh
    / # ps -ef
    PID   USER     TIME  COMMAND
        1 root      0:00 sleep 1000
        6 root      0:00 sh
       11 root      0:00 ps -ef
    / # busybox |grep BusyBox
    BusyBox v1.31.1 (2019-12-23 19:20:27 UTC) multi-call binary.
    BusyBox is copyrighted by many authors between 1998-2015.
    	BusyBox is a multi-call binary that combines many common Unix
    	link to busybox for each function they wish to use and BusyBox
    / #
    
    • 修改配置文件
      修改启动命令的sleep时间以及busybox的版本,详细如下所示
    [root@host131 Deployment]# cat v1.yaml 
    ---
    apiVersion: apps/v1
    kind: Deployment
    metadata:
      name: busybox-deployment-v1
    spec:
      replicas: 3
      selector:
        matchLabels:
          app: busybox-v1
      template:
        metadata:
          labels:
            app: busybox-v1
        spec:
          containers:
          - name: busybox-host
            image: busybox:1.30.1
            command: ["sleep"]
            args: ["10000"]
    ...
    [root@host131 Deployment]# 
    
    • 修改当前Deployment和Pod信息
    [root@host131 Deployment]# kubectl apply -f v1.yaml 
    Warning: kubectl apply should be used on resource created by either kubectl create --save-config or kubectl apply
    deployment.apps/busybox-deployment-v1 configured
    [root@host131 Deployment]# 
    [root@host131 Deployment]# kubectl get deployment -o wide
    NAME                    READY   UP-TO-DATE   AVAILABLE   AGE   CONTAINERS     IMAGES           SELECTOR
    busybox-deployment-v1   3/3     3            3           15m   busybox-host   busybox:1.30.1   app=busybox-v1
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS        RESTARTS   AGE     IP              NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-5fd9b98ccc-9h6gd   1/1     Running       0          17s     10.254.152.6    192.168.163.131   <none>           <none>
    busybox-deployment-v1-5fd9b98ccc-l67nw   1/1     Running       0          15s     10.254.152.7    192.168.163.131   <none>           <none>
    busybox-deployment-v1-5fd9b98ccc-vfkdv   1/1     Running       0          19s     10.254.152.5    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-kjt5z    1/1     Terminating   0          4m25s   10.254.152.10   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-r9xjk    1/1     Terminating   0          4m29s   10.254.152.8    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-vnnhx    1/1     Terminating   0          4m27s   10.254.152.9    192.168.163.131   <none>           <none>
    [root@host131 Deployment]# 
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS    RESTARTS   AGE   IP             NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-5fd9b98ccc-9h6gd   1/1     Running   0          45s   10.254.152.6   192.168.163.131   <none>           <none>
    busybox-deployment-v1-5fd9b98ccc-l67nw   1/1     Running   0          43s   10.254.152.7   192.168.163.131   <none>           <none>
    busybox-deployment-v1-5fd9b98ccc-vfkdv   1/1     Running   0          47s   10.254.152.5   192.168.163.131   <none>           <none>
    [root@host131 Deployment]# kubectl exec -it busybox-deployment-v1-5fd9b98ccc-9h6gd sh
    / # ps -ef
    PID   USER     TIME  COMMAND
        1 root      0:00 sleep 10000
        6 root      0:00 sh
       11 root      0:00 ps -ef
    / # busybox |grep BusyBox
    BusyBox v1.30.1 (2019-05-09 01:23:43 UTC) multi-call binary.
    BusyBox is copyrighted by many authors between 1998-2015.
    	BusyBox is a multi-call binary that combines many common Unix
    	link to busybox for each function they wish to use and BusyBox
    / #
    

    查看历史信息

    [root@host131 Deployment]# kubectl rollout history deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 
    REVISION  CHANGE-CAUSE
    1         <none>
    2         <none>
    3         <none>
    
    [root@host131 Deployment]# 
    
    • 回滚
      此处使用不带参数的回滚,表示回滚至上一个版本,也可以指定回滚的具体版本
    [root@host131 Deployment]# kubectl rollout undo deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 rolled back
    [root@host131 Deployment]# kubectl rollout status deployment busybox-deployment-v1
    deployment "busybox-deployment-v1" successfully rolled out
    [root@host131 Deployment]# kubectl rollout history deployment busybox-deployment-v1
    deployment.apps/busybox-deployment-v1 
    REVISION  CHANGE-CAUSE
    1         <none>
    3         <none>
    4         <none>
    
    [root@host131 Deployment]#
    
    • 回滚结果确认
    [root@host131 Deployment]# kubectl get deployment -o wide
    NAME                    READY   UP-TO-DATE   AVAILABLE   AGE   CONTAINERS     IMAGES           SELECTOR
    busybox-deployment-v1   3/3     3            3           19m   busybox-host   busybox:1.31.1   app=busybox-v1
    [root@host131 Deployment]# 
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                     READY   STATUS        RESTARTS   AGE     IP              NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-5fd9b98ccc-l67nw   0/1     Terminating   0          4m10s   10.254.152.7    192.168.163.131   <none>           <none>
    busybox-deployment-v1-5fd9b98ccc-vfkdv   0/1     Terminating   0          4m14s   <none>          192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-2qbgc    1/1     Running       0          36s     10.254.152.9    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-cwpw7    1/1     Running       0          34s     10.254.152.10   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-qzh44    1/1     Running       0          39s     10.254.152.8    192.168.163.131   <none>           <none>
    [root@host131 Deployment]# 
    [root@host131 Deployment]# kubectl get pods -o wide
    NAME                                    READY   STATUS    RESTARTS   AGE   IP              NODE              NOMINATED NODE   READINESS GATES
    busybox-deployment-v1-7c6899456-2qbgc   1/1     Running   0          59s   10.254.152.9    192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-cwpw7   1/1     Running   0          57s   10.254.152.10   192.168.163.131   <none>           <none>
    busybox-deployment-v1-7c6899456-qzh44   1/1     Running   0          62s   10.254.152.8    192.168.163.131   <none>           <none>
    [root@host131 Deployment]# kubectl exec -it busybox-deployment-v1-7c6899456-2qbgc sh
    / # ps -ef
    PID   USER     TIME  COMMAND
        1 root      0:00 sleep 1000
        6 root      0:00 sh
       11 root      0:00 ps -ef
    / # busybox |grep BusyBox
    BusyBox v1.31.1 (2019-12-23 19:20:27 UTC) multi-call binary.
    BusyBox is copyrighted by many authors between 1998-2015.
    	BusyBox is a multi-call binary that combines many common Unix
    	link to busybox for each function they wish to use and BusyBox
    / # 
    
    展开全文
  • 开源项目-fbeline-rollout.zip,转到基于特征的卷展栏
  • 实际多工作模式系统测试与诊断过程中单一工作模式下测试不能检测和隔离全部故障,不同工作模式下测试检测和隔离故障的代价和效率也不同,为以最小的代价实现多工作模式系统的故障隔离与定位,提出基于双重Rollout算法的...
  • 基于rollout策略下的决策实体配置问题求解方法
  • <p>We can use <code>kubectl rollout status</code> instead of looping to see if various services / deployments have come up / are ready. Found this out via <h2>Current Behaviour <p>We are looping ...
  • 针对复杂系统故障诊断中诊断精度低、虚警率高的问题,进行了不可靠测试条件下基于Rollout算法的诊断策略优化方法研究。建立综合考虑测试点的故障检测能力、信息量、测试费用以及测试结果信任度的启发函数,利用...
  • 针对复杂系统故障诊断中诊断精度低、虚警率高的问题,进行了不可靠测试条件下基于Rollout算法的诊断策略优化方法研究。建立综合考虑测试点的故障检测能力、信息量、测试费用以及测试结果信任度的启发函数,利用...
  • 基于m-best算法与rollout策略的平台-任务关系优化设计方法
  • 通过aws-autoscaling-rollout,可以实现自动伸缩组(可以连接到ELB)中的所有EC2实例的高可用性/无需停机。 它以“滚动”方式进行此操作,缩放正在运行的相同数量的设备,然后进行缩放。 该脚本同时支持应用程序...
  • 一、概述 使用kubectl apply或者create命令创建/更新部署后,其pod...根据实际情况kubectl rollout status命令,能够正确的获取rollout status。 比如有一个nginx应用,类型为:deployment,命名空间为:test 完整...

    一、概述

    使用kubectl apply或者create命令创建/更新部署后,其pod需要时间完成创建/更新。
    如果在CI中不等待所有pod更新完成,下一步流程很有可能使用更新前的环境。

    二、使用方法

    根据实际情况kubectl rollout status命令,能够正确的获取rollout status。

    比如有一个nginx应用,类型为:deployment,命名空间为:test

    完整命令如下:

    kubectl -n test rollout status deploy nginx
    

    注意:如果nginx应用正在发布时,执行此命令会等待一段时间。当执行结束后,也就表示nginx部署完成了。

    在jenkins pipline脚本中,可以使用此命令,来验证应用是否发布成功,可以接受用户的请求了。

    文本参考链接:

    https://www.jianshu.com/p/350a85cf7e11

    展开全文
  • RolloutUI:一种在Web应用程序中推出功能的巧妙方式。... $rollout = Rollout.new($redis) RolloutUi.wrap($rollout) Rails 3.1 在application.rb文件中,需要部署引擎: require "rollout_ui/engi
  • 针对传统故障诊断策略构建算法通用性较差的问题,采用Rollout信息启发式算法构建二值和多值测试,用更新后的基于信息启发函数的基准策略进行迭代更新,逐步逼近最优策略。以二值和多值测试为例构建相应的诊断策略。...
  • rollout testRollout1 "testRollout" ( slider dddd "dddd" ) rollout testRollout2 "testRollout" ( slider dddd "dddd" ) rollout testRollout "testRollout" ( button btn "O...
    rollout testRollout1 "testRollout"
    (
        slider dddd "dddd" 
    )
    
    rollout testRollout2 "testRollout"
    (
        slider dddd "dddd" 
    )
    
    rollout testRollout "testRollout"
    (
        button btn "O_o"
        on btn pressed do
        (
            testRollout1.open = not testRollout1.open
            testRollout2.open = not testRollout2.open
        )
    )
    
    tempFloater = newRolloutFloater "tempFloater" 300 300
    addRollout testRollout1 tempFloater
    addRollout testRollout2 tempFloater
    addRollout testRollout tempFloater

     

    添加的时候也是可以指定状态的rolledUp参数就是这个作用

    addRollout <rollout> [ <rolloutFloater> ] [ rolledUp:<boolean> ] [border:<boolean>]

    转载于:https://www.cnblogs.com/sitt/archive/2013/05/15/3080117.html

    展开全文
  • Rollout学习1 简单使用篇

    千次阅读 2016-05-18 16:05:38
    Rollout 是国外开发者一个基于iOS运行时注入OC格式化的JS代码来修复/更新App的热修复工具,它有一套自己的JS命名空间及OC代码和JS代码转换的协议,而且它的功能强大且使用简单,文档详细且人性化。对版本兼容也做了...
  • 容器编排技术 -- Kubernetes kubectl rollout pause 命令详解 1kubectl rollout pause 2语法 3示例 4Flags kubectl rollout pause 将提供的资源标记为暂停 被pause命令暂停的资源不会被控制器协调使用,可以...
  • 〇.引 我们都知道Google Play是支持灰度发布的,也叫做概率发布。简单的说就是可以使本次发布覆盖到1%-100%的用户。...简介灰度发布(staged rollout) 当我们在应用市场更新App的时候可以选择灰...
  • <p>Next step for rollout: - Any attorney can assign legacy admin actions to co-located <p>Dependencies: - [x] Meet with Kim Osborne. <em>Scheduled for 9am 11/7</em> - LP - [x] Notify the union - ask ...

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