Overview of the NIEM and sub-schema generation.
NIEM和子模式生成概述。
In this example we use the NIEM, although any controlled vocabulary with sub-schema generation tools can be used.
在这个示例中,我们使用NIEM,但是可以使用任何受控词汇表和子模式生成工具。
All exchange documents that import a NIEM generated sub-schema use the same meaning or semantics for that data element.
对于一个数据元素,导入NIEM生成的子模式的所有交换文档使用相同的含义或语义。
The actual NIEM-generated and imported sub-schema files are not actually used in the constraint to XForms transformation process.
在约束到X Forms的转换过程中,实际上并不使用NIEM生成和导入的子模式文件。
The W3C XML Schema lets you extend existing type definitions to add additional sub-elements, adding additional elements to the data model's structure.
W3CXMLSchema支持扩展现有类型定义来添加其他子元素,以及将其他元素添加到数据模型的结构。
Observe that this sub-page allows custom schema files to be used.
注意,这个子页允许使用自定义架构文件。
In XML Schema 1.0, the sequence of sub-elements allowed by a complex type is completely determined by its content model-element declarations and wildcards organized in, and model groups.
在XMLSchema 1.0中,一个复杂类型所允许的子元素序列完全由它的内容模型—组织在、和模型组中的元素声明和通配符确定。
The schema in Listing 3 defines an element, update, which is a composite element, comprised of two sub-elements.
清单3中的模式定义了一个元素update,它是一个包含两个子元素的复合元素。
XML Schema 1.1 extended this further by providing a mechanism to accept sub-elements other than those explicitly defined in the content model.
XMLSchema 1.1通过提供一种机制来接受除内容模型中显式定义的子元素之外的子元素,进一步扩展了这一特性。
Special sub-trees like cn=configuration, cn=schema, cn=pwdpolicy,cn=ibmpolicies and cn=changelog are not allowed as values for this attribute.
不能将cn=configuration、cn=schema、cn=pwdpolicy、cn=ibmpolicies和 cn=changelog 等特殊子树用作此属性的值。
This action activates the sub-category 'Schema Browser' and displays the contents of the Tables TAB by default.
这会激活'SchemaBrowser '。在默认情况下,显示Tables选项卡的内容。
XML Schema: uniqueness of sub node attribute values ONLY within EACH parent node?
XML模式:只有在每个父节点的子节点的属性值的唯一性?
Schema deletion failed: class is used as sub class.
架构更新失败:类别作为子类别使用。
In multidatabase, access to global view will be decomposed to several sub-operations to several LDB, and perhaps also need data schema translation and query processing.
在多库系统中,对全局视图的存取操作要分解为针对多个LDB的子操作,可能还要对数据模式及查询语言进行转换。
In multidatabase, access to global view will be decomposed to several sub-operations to several LDB, and perhaps also need data schema translation and query processing.
在多库系统中,对全局视图的存取操作要分解为针对多个LDB的子操作,可能还要对数据模式及查询语言进行转换。
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