3.1 Naming Scheme for the Schema The schema information is stored in a distributed manner. We propose
a model in which each naming context stores the schema relevant to
it.
Root
\
\
+-------------\----------------------+
| C=IN DSA-1 |
| / \ |
| / \ |
| / \ |
| / \ |
| / cn=subschema |
| / / / | \ \ \ |
| / / / | \ \ \ |
| / oid= oid= |
+--/---------------------------------+
/
+----------------------/----------------------+
| o=IIT, Madras DSA-2 |
| / \ |
| / \ |
| / \ |
| / \ |
| ou=CSE cn=subschema |
| / \ / /| \ \ \ |
| / \ / / | \ \ \ |
|ipni=spark cn=Rajeev oid=ipni oid= |
+---------------------------------------------+ Figure 1: DIT with schema objects
To store the schema information, an object called subschema object is
defined. This object can come anywhere in the Directory Information
Tree (DIT). The subschema is defined as a subclass of Top. The
subschema entry is stored below the root entry of a naming context.
The root entry of a naming context must contain a subschema subentry,
named {CN= Subschema}. This standard naming methodology is necessary
so that the components of the directory can easily and
algorithmically locate the schema entries. All schema information
relevant to that naming context is stored below the subschema entry.
Children of the subschema entry store information about objects,
attribute types, attribute syntaxes or matching rules. The DIT
谁能解释一下?
a model in which each naming context stores the schema relevant to
it.
Root
\
\
+-------------\----------------------+
| C=IN DSA-1 |
| / \ |
| / \ |
| / \ |
| / \ |
| / cn=subschema |
| / / / | \ \ \ |
| / / / | \ \ \ |
| / oid= oid= |
+--/---------------------------------+
/
+----------------------/----------------------+
| o=IIT, Madras DSA-2 |
| / \ |
| / \ |
| / \ |
| / \ |
| ou=CSE cn=subschema |
| / \ / /| \ \ \ |
| / \ / / | \ \ \ |
|ipni=spark cn=Rajeev oid=ipni oid= |
+---------------------------------------------+ Figure 1: DIT with schema objects
To store the schema information, an object called subschema object is
defined. This object can come anywhere in the Directory Information
Tree (DIT). The subschema is defined as a subclass of Top. The
subschema entry is stored below the root entry of a naming context.
The root entry of a naming context must contain a subschema subentry,
named {CN= Subschema}. This standard naming methodology is necessary
so that the components of the directory can easily and
algorithmically locate the schema entries. All schema information
relevant to that naming context is stored below the subschema entry.
Children of the subschema entry store information about objects,
attribute types, attribute syntaxes or matching rules. The DIT
谁能解释一下?
解决方案 »
- HIBERNATE自定义自增ID的疑问
- struts2跳转,404!百思不知道哪里错了
- 在新页面中提交之后,保存并返回刷新框架局部页面
- struts2中由页面向action中传值问题
- 正则表达式的问题
- 关于jndi与ldap的连接,请大家帮忙看看,谢谢!在线等待!!!!
- 请问,J2EE应用中数据库访问有几种方法?
- 奇怪,result.getString(i++)取到的值怎么后面有空格。
- 使用hibernate反向工程生成实体类的一些问题
- Sqlite db 文件在打包到jar中时,每次启动数据会被还原吗?
- 学java好久,没有做过很大的东西?大峡给点意见。。送分100
- 在struts框架钟,formbean 如何保存信息,现在的问题是在action中form不为空,可是form的方法取的值为null
defined. This object can come anywhere in the Directory Information
Tree (DIT). The subschema is defined as a subclass of Top. The
subschema entry is stored below the root entry of a naming context.
The root entry of a naming context must contain a subschema subentry,
named {CN= Subschema}. This standard naming methodology is necessary
so that the components of the directory can easily and
algorithmically locate the schema entries. All schema information
relevant to that naming context is stored below the subschema entry.
Children of the subschema entry store information about objects,
attribute types, attribute syntaxes or matching rules.
谁能解释一下?引子RFC1804
可以通过subSchema得到Attribute 的 Value吗?
所有的scheme都应该继承top类。详细的资料你可以弄一段schema看看,上手不会很难!