如果选中storeToken复选框，就表明索取令牌位于传入的数据对象中，即附件之前所在的位置。
The storeToken checkbox, if checked, indicates that the claim token is found in the incoming data object, in the same place where the attachment used to be.
可执行ID是数据服务器为所执行的每一个片段生成的一个不透明的二进制令牌。
The executable ID is an opaque binary token generated at the data server for each section that has been executed.
在样例应用程序中，令牌存储在数据对象中，存储在分离附件所基于的同一字段中。
In the sample application, the token is stored into the data object, into the same field from which the attachment was detached.
清除操作接受ticketenvelope类型的数据对象中的索取令牌来定位并从存储中删除附件内容。
Cleanup takes the claim token in the data object of type TicketEnvelope to locate and remove the attachment content from storage.
可以将这些令牌应用于清单7中的脚本，以便成功提取数据。
Those tokens can be applied to the script in Listing 7 to successfully extract the data.
这样做的原因是因为WS - Security规范允许为身份验证附加多个令牌，这样就需要更多的元数据来识别哪一个是主安全令牌。
You need to do this because the WS-Security specification allows attaching multiple tokens for authentication, thus additional metadata is required to identify which is the primary security token.
总线型的网络拓扑结构、令牌传递总线方式的运用，确保了系统数据采集网络通信顺畅。
The bus network topology structure and token accessing control are used to solve the capability problem of the network communication in data collection.
PROFIBUSDP是一种多主从总线，采用主站间按令牌方式、从站和主站间按主从方式进行数据通信的工作方式。
PROFIBUS DP is a kind of multi master-slave station structure bus, and the communication between the masters is Token way, and subordination between the master and slaves.
当afs客户端试图访问AFS空间时，可能需要提供此令牌数据来获得对所请求数据的访问。
When an AFS client tries to access AFS space, it may need to provide the token data to obtain access to the data it is requesting.
而且，在这个模型中，授权数据已经与认证数据分隔开了，这样，授权数据就应该不用嵌入认证令牌中了。
Also in this model, authorization data has been separated from the authentication information so authorization data should not be embedded in authentication tickets.
如果用户不随作业指定用户名和密码，则用户的当前凭据自动作为安全令牌保留在作业数据库中。
If the user does not specify the user name and password with a job, the user's current credential is automatically persisted as a security token in the job database.
当ClaimCheck服务返回一个令牌时，令牌存储在Order数据对象内，存储在过去用于存储物理附件的同一字段中。
When the Claim Check service returns a token, the token is stored inside the Order data object, into the same field that was used to store the physical attachment.
当ClaimCheck服务返回一个令牌时，令牌存储在Order数据对象中，存储在过去用于存储逻辑附件的同一字段中。
When the Claim Check service returns a token, the token is stored into the Order data object, into the same field that was used to store the logical attachment.
用户的访问令牌不再以明文形式的文件保存，而是保存在GAE的数据存储中，这有别于传统的数据库。
The user's access token is no longer saved in a plain text file but in GAE's datastore, which is different from a traditional database.
令牌和令牌机密可在任何地方（比如数据库或注册表）存留；将它们序列化到一个文件仅是本文建议的一种解决方案。
The token and token secret can be persisted anywhere (such as a database or registry); serializing them to a file is only a suggested solution for this article.
描述该数据交换机制中的时间闸和放行令牌技术，包括其主要设计目标、类型、数据结构、基本工作原理和模式以及相关数据交换处理流程。
The design goal, type, data structure, basic working principle and mode as well as the related process flows of time gate and passing token are discussed.
示例包括WS - Trust中定义的安全令牌(rst)消息，或者WS - ReliableMessaging元数据中定义的序列消息的创建。
Examples would include security token (RST) messages that are defined in WS-Trust, or the creation of sequence messages that are defined in WS-Reliable Messaging metadata.
OAuth握手完成之后，访问令牌颁发，客户可以使用这个访问令牌代表用户访问受保护的数据。
After the OAuth handshake completes, the access token is issued and the consumer can use the access token to access the protected resources on behalf of the user.
RETHER是一种基于以太网的定时令牌总线协议，能够对数据传输提供实时性能。
RETHER is a timed-token-passing bus protocol based on Ethernet. It provides the real-time transfer performance.
RETHER是一种基于以太网的定时令牌总线协议，能够对数据传输提供实时性能。
RETHER is a timed-token-passing bus protocol based on Ethernet. It provides the real-time transfer performance.
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