Introduction to TDS proxy server.
TDS代理服务器简介。
Hexadecimal values in TDS markup.
TDS标记中的十六进制数据。
Set up secldapclntd with the TDS proxy
用TDS 代理设置secldapclntd
TDS does not support byte alignment rules.
TDS不支持字节对齐规则。
Define naming context in TDS proxy instance.
在TDS代理实例中定义命名上下文。
Create and configure a TDS proxy instance.
创建和配置TDS代理实例。
TDS data patterns can now contain hexadecimal values.
TDS数据模式现在可以包含十六进制值。
Define the four back-end servers to the TDS proxy server.
向TDS代理服务器定义四个后端服务器。
Need for KDC and administration servers discovery using TDS.
使用TDS发现KDC和管理服务器的必要性。
Configuration of IBM NAS feature of server discovery using TDS.
使用TDS发现服务器的IBMnas特性的配置。
You successfully contacted both the NAS servers using TDS seamlessly.
您成功地使用TDS与NAS服务器进行了无缝联系。
Run the following commands to create and configure TDS proxy instance.
运行以下命令创建和配置TDS代理实例。
The C and COBOL importers do not always fully populate a TDS model.
C和COBOL导入程序并不始终完全填充TDS模型。
This will create a TDS physical format called Text_IDoc if none exists.
这将创建名为Text_IDoc的tds物理格式(如果还不存在的话)。
Client-side configuration for enabling IBM NAS server discovery using TDS.
客户端的配置,用于支持通过TDS发现IBMNAS服务器。
Hexadecimal values can be contained in TDS markup, tags and in data patterns.
可以在TDS标记(markup)、标记(tag)和数据模式中包含十六进制值。
To add the schema definitions, use the ldapmodify TDS command, as shown below.
要添加这些模式定义,可以使用ldapmodifyTDS命令,如下所示。
TDS tags can now contain unicode characters and hexadecimal character mnemonics.
TDS标记现在可以包含unicode字符和十六进制字符助记符。
This means that TDS element properties now look very similar to CWF element properties.
这意味着TDS元素属性现在非常类似于CWF元素属性。
TDS markup can contain hexadecimal values in addition to the more usual text characters.
TDS标记除了更常见的文本字符以外,还可以包含十六进制值。
These schema definitions are used by TDS for IBM NAS KDC and administration server lookup.
TDS使用这些模式定义进行IBMNASKDC和管理服务器的查找。
These extensions to TDS make TDS almost match CWF apart from the following differences.
除了以下区别以外,这些TDS扩展使得TDS几乎与cwf不相上下。
Configuration of IBM NAS client for server discovery using TDS with the fallback mechanism.
使用带后备机制的TDS进行服务器发现的IBMNAS客户端配置。
IBM NAS server discovery using TDS, including the default configuration as a fallback mechanism.
使用TDS发现IBMNAS服务器,包括作为后备机制的缺省配置。
Now let's configure the IBM NAS client for server discovery using TDS with the fallback mechanism.
现在,让我们将IBMNAS客户端配置为使用带后备机制的TDS进行服务器的发现。
Each record can be a different length length if used in conjunction with XMLNSC or MRM TDS options.
如果与XMLNSC或MRMTDS选项结合使用,则每个记录可以具有不同的长度。
As per the TDS design, we can have such a configuration wherein we have nested replication topologies.
按照TDS设计,可以在配置中使用嵌套的复制拓扑。
Server-side configuration steps for enrolling IBM NAS KDC and Administration server information in TDS.
服务器端的配置步骤,用于在TDS中登记IBMNASKDC和管理服务器信息。
To demonstrate a scalable solution, this article introduces a TDS proxy in the secldapclntd configuration.
为了展示一种可伸缩的解决方案,本文在secldapclntd配置中引入一个TDS代理。
Comma Separated Values (CSV) messages are very common and have been supported by TDS for several releases.
逗号分隔值(Comma Separated Values,CSV)消息非常普遍,已有多个TDS版本支持它。
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