在V 7中，默认的计算单元信任存储库包含一个WebSphereDataPower签名证书，这意味着所有DataPower计算机都可以颁发应用服务器所信任的证书。
In V7, the default cell trust store contains a WebSphere DataPower signing certificate, meaning that all DataPower machines can issue certificates that the application servers will trust.
您可以考虑根据风险和信任对不同的业务单位或其他组织单位使用不同的计算单元。
You might consider using different cells for different business units or other organizational units based on risk and trust.
单元中的所有其他信任存储区中都必须包含对应的签名者。
All other trust stores in the cell must contain the corresponding signer.
如果不能完全信任别人，则不要让他们管理您的计算单元或管理您的计算单元内的计算机。
If you can't trust someone else totally, don't let them manage your cell or manage a machine in your cell.
重点放在方面的单元测试，但是我也展示了有助于建立对面向方面应用程序的信任度的其他模式。
I focus on unit tests for aspects, but I also present other patterns that can help you to build confidence in your aspect-oriented applications.
如果不希望计算单元a信任计算单元b，则请在服务器身份验证步骤中为服务器使用证书身份验证，而不是采用基本身份验证。
If you do not want cell a to trust cell b, use certificate authentication for the server to server authentication step, not basic auth.
显然，计算单元B中服务器从计算单元 A 中接受标识断言，因此是信任计算单元 A 的。
Obviously servers in cell B trust cell A as they accept identity assertion from it.
如果在WebSphereApplicationServerND单元中启用了全局安全性，则将在缺省的 SSL指令表配置中设置缺省的密钥和信任存储区。
When global security is enabled in a WebSphere Application Server ND cell, the default key and trust stores are set in the default SSL repertoire configuration.
计算单元中的信任单位是所有节点上的所有应用服务器。
The unit of trust in a cell is all application servers over all nodes.
最终的结果是，这两个计算单元都完全信任彼此。
首先，作业管理器的领域必须作为注册基本节点和部署管理器单元的受信任领域建立。
First, the job manager's realm must be established as a trusted realm for the registered base nodes and the deployment manager cell.
因此，计算单元a现在完全信任计算单元b。
刚度：有较高的信任和刚度的时刻，因为一个组成单元，没有角接触建设。
Stiffness: has a higher trust and moment stiffness, because the integral unit has no angular contact construction.
刚度：有较高的信任和刚度的时刻，因为一个组成单元，没有角接触建设。
Stiffness: has a higher trust and moment stiffness, because the integral unit has no angular contact construction.
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