Is there no way of calling LMMSTATS from C++?

i

------ Original Message ------
Received: Tue, 29 Jul 2008 05:21:55 PM BST
From: Itschak Mugzach <[EMAIL PROTECTED]>
To: IBM-MAIN@BAMA.UA.EDU
Subject: Re: Statistics when writing PDS members

> Kirk, 
> 
> I don't know an interface, but you can open the PDS as a sequential file
and
> read the directory until you get ZZ (if I remember correctly). Don't know
> what will happen if you'll try to write it back..., but I presume that if
it
> conforms to the PDS directory format, it will be OK. 
> 
> Itschak  
> 
> 
> | Itschak Mugzach | Director | SecuriTeam Software |
> | Email: [EMAIL PROTECTED] | Mob: +972 522 986404 | Skype: Itschak
> Mugzach | Web: www.Securiteam.co.il  | 
> 
> -----Original Message-----
> From: IBM Mainframe Discussion List [mailto:[EMAIL PROTECTED] On Behalf
> Of Kirk Wolf
> Sent: Tuesday, July 29, 2008 6:14 PM
> To: IBM-MAIN@BAMA.UA.EDU
> Subject: Statistics when writing PDS members
> 
> I'm working on some code written in C++ (with some assembler) that does I/O
> to Unix files and z/OS datasets using the C library.
> The C library supports writing PDS members, but it doesn't supporting
adding
> ISPF-style member statistics.
> 
> I'm looking for suggestions on how to create statistics for a member that I
> add or update.  Of course, I could rewrite all of the PDS I/O in assembler,
> but I'd rather not.  It would be nice if there were a callable service that
> would just update the directory and add statistics, with the restriction
> that my code really can't require a
> TSO TMP or ISPF environment.   Also, I assume that updating a member
> with statistics is expensive since it would probably have to rewrite the
> whole directory to expand the directory entry length.
> 
> On a related question, I know that it is customary when adding or updating
> PDS members for code to allocate the dataset with DISP=SHR and then to use
> the ISPF ENQ protocols for serializing the directory
> and member names.   Our plan is to allow this method, or to allow
> DISP=OLD allocation of the dataset.    My question is this:  which
> technique should be the default?
> 
> Any ideas or suggestions would be appreciated.
> 
> Kirk Wolf
> Dovetailed Technologies
> 
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