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-- #SubsPath is a temp table that will hold binary sort paths CREATE TABLE #SubsPath ( rownum INT NOT NULL IDENTITY, nodeid INT NOT NULL, lvl INT NOT NULL, sortpath VARBINARY(900) NULL ); CREATE UNIQUE CLUSTERED INDEX idx_uc_lvl_empid ON #SubsPath(lvl, nodeid); -- #SubsPath is a temp table that will hold the final -- integer sort values CREATE TABLE #SubsSort ( nodeid INT NOT NULL, lvl INT NOT NULL, sortval INT NOT NULL IDENTITY ); CREATE UNIQUE CLUSTERED INDEX idx_uc_sortval ON #SubsSort(sortval); -- If @root is not specified, set it to root of the tree IF @root IS NULL SET @root = (SELECT empid FROM dbo.Employees WHERE mgrid IS NULL); -- If @maxlevels is not specified, set it maximum integer IF @maxlevels IS NULL SET @maxlevels = 2147483647; DECLARE @lvl AS INT, @sql AS NVARCHAR(4000); SET @lvl = 0; -- Load row for input root to #SubsPath -- The root's sort path is simply 1 converted to binary INSERT INTO #SubsPath(nodeid, lvl, sortpath) SELECT empid, @lvl, CAST(1 AS BINARY(4)) FROM dbo.Employees WHERE empid = @root; -- Form a loop to load the next level of subordinates -- to #SubsPath in each iteration WHILE @@rowcount > 0 AND @lvl < @maxlevels BEGIN SET @lvl = @lvl + 1; -- Insert next level of subordinates -- Initially, just copy parent's path to child -- Note that IDENTITY values will be generated in #SubsPath -- based on input order by list --- Then update the path of the employees in the current level -- to their parent's path + their rownum converted to binary INSERT INTO #SubsPath(nodeid, lvl, sortpath) SELECT C.empid, @lvl, P.sortpath FROM #SubsPath AS P JOIN dbo.Employees AS C ON P.lvl = @lvl - 1 AND C.mgrid = P.nodeid ORDER BY -- determines order of siblings

Even I don't think I could do that anymore The point is that you need to be able to read it All you need to know about assembly language is in 7 Learning the Skill Set With any job that regularly deals with technology, you have to study continually just to keep up, let alone get better and advance Although I can't help you learn your specific projects, in Appendix B I list all the resources that have helped me and can help you become a better debugger Besides reading books and magazines on debugging, you should also write utilities, any kind of utilities The ultimate way to learn is by doing, and in this business, coding and debugging are what you need to do.

// the parameters, treat them as read-only. dwParams ; } DDEVENTINFO , * LPDDEVENTINFO ; The entire output for a single function that appears in Listing 15-1 comes from the information in the DDEVENTINFO structure. Although most of the fields in DDEVENTINFO are self-explanatory, the dwParams field needs special mention. The dwParams field is really a pointer to the parameters as they appear in memory. In 7, I discussed how parameters are passed on the stack. Just to jog your memory, parameters for __stdcall and __cdecl functions are passed right to left and the stack grows from high memory to low memory. The dwParams field in the DDEVENTINFO structure points to the last parameter on the stack, so the structure lists the parameters in left-to-right order. I applied a little creative casting to make it easy to convert dwParams. In DEADLOCKDETECTION.H, I provide typedefs that describe each intercepted function's parameter lists. For example, if eFunc were eWaitForSingleObjectEx, you would cast dwParams to LPWAITFORSINGLEOBJECTEX_PARAMS to get the parameters. To see all this creative casting in action, check out the TEXTFILEDDEXT.DLL code included with the sample files. Although output processing is relatively easy, gathering the information can be difficult. I wanted DeadlockDetection to hook the synchronization functions in Table 15-1, but I didn't want the hook functions to change the behavior of the real functions. I also wanted to get the parameters and the return value and to write the hook functions in C/C++ easily. I spent quite a while with the debugger and the disassembler before I got it right. 553