gaap hierarchy

(Oldroot,newroot)--from point to Wu Zi node, update point to Jason node. DECLARE @OldRoot hierarchyiddeclare @NewRoot hierarchyidselect @CurrentNode = Org from tempdb. EMP WHERE Name = ' for xx ' SELECT @OldRoot = Org from tempdb. EMP WHERE Name = ' Wu xx ' SELECT @NewRoot = Org from tempdb. EMP WHERE Name = ' Zhao xx ' UPDATE tempdb: EMP SET [email protected] (@OldRoot, @NewRoot) WHERE Org = @CurrentNode　　Getroot: Root node--hierarchyid::getroot () SELECT *from tempdb. Empwhere Org = Hierarchy

Writes an algorithm that traverses a binary tree in a hierarchical order (same layer from left to right).#include "stdafx.h" #include Sequential traversal of the tree, the same depth of the node access is not sequential, but it satisfies the order from left to right, just the same depth of the node in turn to an array.In the main function of the system ("pause") This sentence set breakpoints, the global variable AA added monitoring, run to the system when the sentence paused to observe the data

the level of the query nesting, the sample code is as follows; withCTE (ID,PARENTID,DESCR, Level) as(SelectID,PARENTID,DESCR,0 as Level fromdbo.emphwhereId=2Union AllSelectE.ID,E.PARENTID,E.DESCR, Level+1 as Level fromdbo.emph eInner JoinCTE C onE.parentid=c.id)Select * fromCTEOrder byParentID5, view the path of each row of data, easy to see the attribution relationship, path is defined using the ID; withCTE (PATH,ID,PARENTID,DESCR, Level) as(Select cast('\'+cast(ID as varchar) as varchar

[[email protected] ~]# mkdir-p/home/pm/{etc/x1,lib,usr/{u1,u2},bin,tmp/{y1,y2,y3/k},opt,var}Create any complex tree structure in the above way. Note that this is just a normal command, but use ' {} ' to create a hierarchical directory. It is useful if you want to use it in a shell script.[Email protected] ~]# TREE/HOME/PM/home/pm├──bin├──etc│└──x1├──lib├──opt├──tmp│├──y1│├──y2│└──y3│└──k├──usr│├──u1│└──u2└──varThis article is from "How long, how long to learn." "Blog, be sure to keep this proven

Title Description:Each node of the two-fork tree is printed from top to bottom, and the same-level node prints from left to right.Ideas:The root node is queued, then the loop determines whether the queue is empty, does not empty the queue, and then determines whether the node of the queue contains the left and right nodes, and some words, the left and right sub-nodes into the queue, until the queue is emptyThe implementation code is as follows:#include #includeusing namespacestd;structTreeNode {

When I came to work overtime on Sunday, there was a bit of resistance in my mind against the boss. because there will be another project tomorrow. busy again. so I decided to write down my understanding of hierarchy today ..OK... let's talk about it in a few minutes ..As mentioned in the previous two articles, if you plan for the early stage in the project development process, you can say that if you do a good job in the early stage of development, it

PHP output content in hierarchical relationship Function getsubcomments ($parent = 0, $level = 0) { $db = jfactory::getdbo (); $sql = "..."; SQL $db->setquery ($sql) for querying records; $rows = $db->loadobjectlist (); $list = Array (); //Gets the recordset from the data, adds level to the record, the parent level = 0, it's subordinate levels = 1, and so on foreach ($rows as $row) { $row->level = $level ; $list [] = $row; $tmpArr = getsubcomments ($row->id, $level + 1);//Recursive

Parent > ChildSelects all the immediate child elements of the specified "children" in the "parent" element.eg$ ("ul > Li"). CSS ("Border", "1px solid Red"); Child element Combo Selector (E > F) It selects only the descendants of the first level.Ancestor descendantSelects all descendant elements of a given ancestor elementeg$ ("form input"). CSS ("Border", "1px dotted Gray");Prev + NextSelect All "Next" elements immediately following the "prev" elementeg$ ("label + Input"). CSS ("Color", "green")

Multiple inheritance The case that a class takes multiple direct base classes is called multiple inheritance, and a base class is single inheritance. A member function with the same name may appear in two base classes In a derived class, you must dissolve the ambiguity of the member functions of the two base classes, and the best way to do this is to redefine the function with the same name in the derived class. In this way, the derived class will localize t

$ (' body > div '). css ("Background", "#bbffaa"); and the Children () method is equivalent, the parent-child relationship, and the parent () method are antagonistic $ (' body '). Children (' div '). css ("Background", "#bbffaa"); and $ (' body > div ') is equivalent $ (' body '). Children (). CSS ("Background", "#bbffaa"); Returns all child nodes of an element when no search criteria are found $ (' body '). Children (' #abc '). CSS ("Background", "#bbffaa"); Find elements that do not exis

PHP Recursive Implementation hierarchical tree expansion, php recursive Hierarchy Tree The examples in this article share the main code for the hierarchical tree expansion of PHP Recursive Implementation for your reference. The specific content is as follows: : Implementation Code: The above is all the content of this article. I hope it will help you learn php programming. Articles you may be interested in: Analysis on the use of PHP recursive fun

// Need: Struts2, jquery tree plug-in, which is: http://xiazai.jb51.net/200910/other/jquery.treeview.zip// An infinite hierarchy of trees -- Ren Wenmin, author of Chenzhou Tuo vocational software College// Simulate database data: each row of data includes the self ID, self content, and parent ID.ArrayList ary = new ArrayList (); // all dataString [] ary1 = new String [] {"1", "item1", "0"}; // data in each rowAry. add (ary1 );Ary1 = new String [] {"2"

(currentlevelnodes.size () ==0) {//Currentlevelnodes.addall (nextlevelnodes);//Nextlevelnodes.removeall (nextlevelnodes);// }//if (currentlevelnodes.size () >0) {//Node nextnode=currentlevelnodes.get (0);//currentlevelnodes.remove (0);//Printtree (nextnode);// } if(Nodelist.size () >0) {Node NextNode=nodelist.get (0); Nodelist.remove (0); Printtree (NextNode); } }}classnode{Private intvalue; PrivateNode Leftnode; PrivateNode Rightnode; Public intGetValue () {retu

Objective: To explain the entire Android system structure from a macro perspectiveSource:"Android4 Advanced Programming"Directory:1. Android software stack structureFirst, the Android software stack structureThe Android software stack is divided into four architectures: Linux kernel, library, application framework, Application layer. The following are described separately:1. Linux kernel: (what is, what content, what is the use ...) ）2. Library:3. Android Runtime:4. Application framework:5. Appl

The code is tested, and the value paste is available#include #include#include#include#includemalloc.h>using namespacestd;//two fork tree nodestypedefstructbtnode{Chardata; structBtnode *Lchild; structBtnode *Rchild;} Btnode;//TemplatesFirst Order build two fork tree, big talk p187, textbook bar versionBtnode *createbitree ()//only one function is required{ Charch; Btnode*u; scanf ("%c",ch); if(ch=='#') T=NULL; Else{T= (Btnode *)malloc(sizeof(Btnode)); T->data =ch; T->lchild =Createbitree ();

[front];//team head out of the queueprintf"%c", P->data);//Access Node if(P->lchild!=null)//when you have a left child, enter the team .{Rear= (rear+1)%MaxSize; Qu[rear]=p->Lchild; } if(P->rchild!=null)//when there's a right child, put it in the team .{Rear= (rear+1)%MaxSize; Qu[rear]=p->Rchild; } }}intMain () {Btnode*u; T= Createbitree ();//EstablishLevelorder (T); return 0;}Graduated.-Two fork tree hierarchy traversal algorithm-with

flow and node flow, in fact, the processing flow is a concrete decorator, and the node flow is the decorator.Iv. Summary4.1, should be aware of the various types of IO flow of the structure of the relationship, usually we use the IO class is in what position, is a what kind of flow (node flow or processing flow, input stream or output stream, byte stream or character stream)4.2. Application of decorator mode in IO stream and what is decorator mode4.3, why the IO stream will be written in that f

) $ { the ; the } the Virtual voidPrintferr () the { -cout "Etoobig Exception Size:"Endl; in } the protected: the Private: About }; the classEtoosmall: Publicesize the { the Public: +Etoosmall (intsize): esize (size) - { the ;Bayi } the Virtual voidPrintferr () the { -cout "Etoosmall Exception Size:"Endl; - } the protected: the Private: the }; the - the p

Descendant Selector //选择 body内的全部div元素. $(‘#btn1‘).click(function(){ $(‘body div‘).css("background","#bbffaa"); })Child element Selector //在body内的选择 元素名是div 的子元素. $(‘#btn2‘).click(function(){ $(‘body > div‘).css("background","#bbffaa"); })Next Peer Selector //选择 全部class为one 的下一个div元素. $(‘#btn3‘).click(function(){ $(‘.one + div‘).css("background","#bbffaa"); })Siblings Peer Selector //选择 id为two的元素后面的全部div兄弟元素. $(‘#

joins the UDP header before the data and then gives the data to the ip_build_xmit () function, which constructs the IP header based on the destination IP and port information provided by the socket, and then calls the Output_ Maybe_reroute () function processing. The Out_maybe_reroute () function checks whether the packet needs to be routed, and finally the ip_output () function is written to the send queue, which is processed by the ip_finish_output () function after the write is completed.The