Defines a function node in a query expression tree.
定义查询表达式树中的函数节点。
Each function node lists all the functions that it called and the.
每个函数节点都列出它调用的所有函数以及有关这些函数调用的。
Each function node lists all the functions that it called and performance data about those function calls.
每个函数节点都列出它调用的所有函数以及有关这些函数调用的性能数据。
If the field is false or visit returns PROCESS_CONTINUE, the function node accesses its child and calls CASTSimpleDeclSpecifier.accept .
如果该字段为false或visit返回PROCESS_CONTINUE，该函数节点访问其子节点并调用CASTSimpleDeclSpecifier . accept 。
These three devices are all coupled to a multi-function node for accomplishing a disable function, input level sensing, and over-current protection, respectively.
这三个设备都耦合多功能为实现待机功能节点，输入电平的应用，以及过电流保护，分别为。
This helper function simplifies the addition of a node to the document, as shown in Listing 4.
此助手函数简化了将一个节点添加到文档中的步骤，如清单4所示。
This simple function creates a table node, then iterates through the book list and creates a row for each book, with a cell for each data element.
这个简单函数创建了一个表格节点，然后循环访问书的列表并为每本书创建一行，为每个数据元素分配一个单元格。
This function returns an anonymous visitor function that will jump to the next node if the node is not of the correct type.
此函数返回一个匿名访问者函数，如果节点的类型不正确，则该函数将跳转到下一个节点。
So I wrote a filter function that, given a node, determines whether it starts an XML island. Listing 2 shows the code.
于是我编写了一个过滤器函数，判断给定的节点是否启动了一个XML岛，清单2显示了该代码。
This calls the remote node and executes the specific module and function with the supplied arguments, returning the result to the caller.
这将调用远程节点，使用所提供的参数执行特定模块和函数，并将结果返回给调用方。
The matched function is like our prior visitor functions but takes a node type to search for at the beginning.
所匹配的函数类似于我们之前的访问者函数，但在开始时会获取一个要搜索的节点类型。
Both versions take a function to apply at each node that returns a replacement node (or the original node).
两个版本均在各节点应用一个函数来返回替换的节点(或原始节点)。
Each event is in the domain of the transition function belonging to the "current" node, where the function's range is a subset of the nodes.
每个事件都在属于“当前”节点的转移函数的控制范围内，其中函数的范围是节点的一个子集。
This function takes the source node and copies it over as a child under the destination node.
此函数接受源节点，并将其作为子节点复制到目标节点下。
The function parses the document and returns a node set.
该函数解析文档，然后返回节点集。
We first walk the tree and pass a function that merely prints the node being visited and returns the node.
我们首先遍历树，传递一个仅打印所访问的节点并返回该节点的函数。
This helper function simplifies the addition of a node to the document, as shown in Listing 4.
这个助手函数简化了文档节点的添加，如清单4所示。
The XML function existsnode verifies whether a specific node exists in an XML document.
xml函数existsnode验证一个特定节点是否存在于一个XML文档中。
The function finds the first node to match the given XPath and extracts its text value.
该函数查找匹配给定xpath的第一个节点并抽取其文本值。
Automatically populate a node using the results of an XPath function.
使用xpath函数产生的结果自动填充节点。
The getEventTarget function returns the element node in the document that was clicked.
getEventTarget功能返回了点击的文件中的元素节点。
Main is a recursive function — it accepts a node set in the current argument and loops over the node set.
main是一个递归函数，它用current参数接受一个节点集并遍历该节点集。
To execute a stored procedure or a function, right-click on the appropriate node in the Server Explorer tree, and select the execute menu option.
要执行存储过程和函数，右键单击serverexplorer树中的相应节点并选择Execute菜单选项。
If it matches, the node and the result of the matcher are passed to the editor function for possible modification and iteration continues from the modified node.
如果匹配，则节点和matcher函数的结果将传递至editor函数，进行可能存在更改，迭代将从修改后的节点处继续。
The string-visitor function looks for a string node and returns an updated state that captures the node.
string-visitor函数查找字符串节点，并返回捕捉该节点的更新后状态。
The position() function returns the one-based index of the node within the node set.
position()函数返回节点集中节点的基于 1的索引。
The function in Listing 5 takes a node of a DOM document and makes it into a SimpleXML node.
清单5中的函数将DOM文档中的节点转化成SimpleXML 节点。
When find-first calls the visitor, it partially applies the type into matched, yielding a function that just takes node and state as expected.
在find -first调用访问者时，它会局部地应用类型matched，得到一个仅获取node和state的函数。
For more familiar remote procedure calls, Erlang also supports the RPC: call function: RPC: call (Node, Module, function, Arguments).
对于更熟悉的远程过程调用，Erlang还支持rpc：call函数：rpc： call (Node,Module,Function,Arguments)。
For more familiar remote procedure calls, Erlang also supports the RPC: call function: RPC: call (Node, Module, function, Arguments).
对于更熟悉的远程过程调用，Erlang还支持rpc：call函数：rpc： call (Node,Module,Function,Arguments)。
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