BPC NW architecture and sizing

Dear all,
    According to the master guide of BPC NW , there are 4 tiers in BPC system
Client tier
NET Web Server and Application Server tier
SAP NetWeaver Application Server tier
Database tier
I got some questions about the NET Web Server and Application Server tier
1. Can we install the NET Web Server and Application Server for Dev & QA system on the same hardware box?
2. How do we do the sizing for NET Web Server and Application Server?
    We have around 300 users who might upload data & checking report.
3. If our users increase in the future, can we add AP servers of NET Web Server and Application Server for load balancing?
4. What the purpose of NET Web Server and Application Server?
    According to the master guide, it's responsible for web service , conversion and application services. But, any details of those services?
Thanks,
Jeff

Dear Jeff,
1. You can't run more than one BPC Application Server(.Net Service) in the same hardware( If you are using LPAR kind of configuration in IBM server you can install multiple OS in the same hardware)
2. You can add the more application server if the server is more loaded.
3. The Sizing of the application server depends on the no of users. Its almost equal to the BPC MS platform.
4. You can either use 32bit or 64 bit OS for the application server. If you use 32 bit Windows OS you can't use more than 4 GB, since 32bit OS limitation.Even if you add more than 4 GB, the 32 bit OS will not able to use entire memory.
5. NW SR3 onwards, SAP will not support 32 bit OS.
Hope you are bit clear about the 4 tier architecture.
Regards,
JP.

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SAP EIS Architecture and sizing

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Regards,
Krishna

Krishna,
we hesitate to give you estimates on database and hardware sizing because, as Gabi states, sizing for EIS will vary from customer to customer based on the characteristics of the supply chain being modeled. Inputs for the sizing are the number of stocking points, number of supply paths, Bill of Material details (if applicable), the number of future periods to model, the number of historical periods of forecast and sales provided, lead times across the supply chain model and the number of models you will keep.
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SAP Business One Best-Practice System Setup and Sizing

<b>SAP Business One Best-Practice System Setup and Sizing</b>
Get recommendations from SAP and hardware specialists on system setup and sizing
SAP Business One is a single, affordable, and easy-to-implement solution that integrates the entire business across financials, sales, customers, and operations. With SAP Business One, small businesses can streamline their operations, get instant and complete information, and accelerate profitable growth. SAP Business One is designed for companies with less than 100 employees, less than $75 million in annual revenue, and between 1 and 30 system users, referred to as the SAP Business One sweet spot. The sweet spot covers various industries and micro-verticals which have different requirements when it comes to the use of SAP Business One.
One of the initial steps during the installation and implementation of SAP Business One is the definition of the system landscape and architecture. Numerous factors affect the system landscape that needs to be created to efficiently run SAP Business One.
The <a href="http://wiki.sdn.sap.com/wiki/display/B1/BestPractiseSystemSetupand+Sizing">SAP Business One Best-Practice System Setup and Sizing Wiki</a> provides recommendations on how to size and configure the system landscape and architecture for SAP Business One based on best practices.

For such high volume licenses, you may contact the SAP Local Product Experts.
You may get their contact info from this site
[https://websmp209.sap-ag.de/~sapidb/011000358700001455542004#India]

Best architecture and design pattern to use

I am currently designing a moderately sized LabView application and cannot decide on the best architecture/design pattern or combinations thereof to implement.
The program basically polls an instrument connected to a serial port continuously at a 2-10Hz rate. When operator clicks a button to start a run, the polled data is then filtered, has math functions performed on the data, writes collected data to files, and produces reltime graphs and calculates point-by-point statistics. At the completion of a run, some additional data files are written. I pretty much know how to accomplish all these tasks.
What is also required is main-vi front panel interaction by the operator to access a database (via a C# dll with .Net) to query for specifications to apply in order to determine pass/fail status. Setup conditions also need to be changed from time to time by the operator and applied to the data in real time (ie- a measurement offset). I have prototyped the database portion successfully thus far.
For the main vi, I started off using the Top Level Application Using Events design pattern (Event structure within a while loop). Copious use of bundled clusters and shift registers keep the database data updated. I cannot figure out how to have the top level vi concurrently poll the serial device as outlined above. The Event structure is only active when defined control values change, and use of a timeout is no help since it prevent data from being collected while the user is accessing the database. All database and setup parameters must be applied to the data as it comes in from the serial port. Error trapping/recovery is a must.
I believe what I need is two parallel processes running under my main vi (one for database and setup, the other for polling and data processing/display, but what would be the preferred choice here?
Revert back to a polled loop in lieu of Events, use notifiers, occurrences, user-defined events, Producer-consumer loops?
It�s been about 3 years since I have had an application on this level (which used a state machine architecture), and a lot has changed in LabView (using 7.1 Prof Devel). I am currently having a mental block while trying to digest a lot of features I have never used before.
Suggestions Welcome!
Thanks.
~~~~~~~~~~~~~~~~~~~~~~~~~~
"It’s the questions that drive us.”
~~~~~~~~~~~~~~~~~~~~~~~~~~

I suggest a (3) state machine(s) architecture. The first is the user interface. Your main VI is a good start. Another state machine handles the instrument I/O (your serial polling). The third handles all data processing. The three loops run independently. Each has a wait to allow LV's scheduler to share CPU time among the loops. I like queues or functional globals for inter-loop communications.
This allows a lot of flexibility. Each portion can be tested alone. Each can have different timing and priority.
Spend some time thinking about what needs to be done and plan the structure carefully before you do any coding (except for little test programs to try new ideas).
I also like Conway and Watts "A Software Engineering Approach to LabVIEW", published
by Prentice Hall.
Lynn

PI 7.1 Architecture and components

Hi SDNers,
I would like to know the architecture and components of SAP Process Integration 7.1.
Your inputs are valuable.
Thanks in advance,
-Saravanan.

Hi Saravanan,
Also find the below links for PI 7.1
1. SAP NetWeaver Process Integration 7.1-Overview:
https://www.sdn.sap.com/irj/sdn/go/portal/prtroot/docs/library/uuid/c0ed3b8c-698c-2a10-fbaf-b1df0c82fc8a
2. SAP NetWeaver Process Integration 7.1-Overview of New Capabilities:
https://www.sdn.sap.com/irj/sdn/go/portal/prtroot/docs/library/uuid/706005a3-3bd6-2910-91ae-a2016239bdcf
3. Point-to-Point Direct Connection Design and Configuration in SAP using NetWeaver Processing Integration 7.1:
https://www.sdn.sap.com/irj/scn/go/portal/prtroot/docs/library/uuid/b00bbb77-75bc-2a10-6b9a-a6f8161515a6
4. Demo for Design and Configuration of Direct Connection in SAP NetWeaver PI 7.1:
https://www.sdn.sap.com/irj/sdn/go/portal/prtroot/docs/library/uuid/a0b9885b-5ca9-2a10-6b8e-abe9ef432a23
5. SAP NetWeaver SOA Middleware u2013 Adapters and Adapter Modules for SAP NW PI 7.1:
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6. Please refer the following link for XI Architecture:
https://www.sdn.sap.com/irj/scn/go/portal/prtroot/docs/library/uuid/c75ee690-0201-0010-7baf-af868a642918
7. E-Class on XI Architecture refer this link:
https://www.sdn.sap.com/irj/scn/subscriptions/content?rid=/media/uuid/405c476c-b20a-2a10-7ba0-be760136c298
Also you can search in SDN, Lots of documents will be available to yours.
Regards
Venkat Rao .G
Edited by: Venkat Rao on Aug 26, 2009 2:11 PM

Differeance between SAP BPC 5.1 and SAP BPC 7.0 NW Version

Dear experts,
Please contribute your expertise and valuable answers to this question.
what is the script language we need to use in SAP BPC 7.0 NW version? SQL or ABAP..?
What are the new features and positions are added in SAP BPC 7.0 NW comparing to BPC 5.1 and BPC 7.0 MS version.
Thanks a lot in Advance.
Satish

Hi Kumar
I have tried to answer three of your questions. Hope this will help
Ques. Do we have BPF (Business Process Flow) in BPC 7.0 NW version?
Reply: No
You can refer to the thread: BPC 7.0 - how to design business process flow type Planning process?
Ques. If no, How can we do Approval process in 7.0 NW version ?
Reply: Approval process works with changes in the work status settings while data planning moves over the controlling Approval hierarchy. So in the schedule you can have a display of the current work status using EVLCK()
Ques: Can we do Approval Process with Custom menus ?
Reply: You can refer to the thread: BPC 7.0 - how to design business process flow type Planning process?
"There is also a lot of explanation on using EVMNU on the SAP Service Marketplace in the Documentation Addendum to BPC 7.0 SP02 NW Central Note 1306898."
Have a nice day.
Cheers!
Abhishek

Creating Icons/Graphics for High DPI Displays, naming and sizing

I'm having to create and deliver graphics and icons for a native desktop windows applications that must support Windows 8.1 and variety of screen resolutions which ranges from standard resolution monitors to new 4k high density displays.
Typically for iOS you would deliver an icon using the following size and naming convention to support both standard and Retina 2x devices.
Standard Resolution
Icon-72.png (actual size 72x72 pixels)
Retina Display
[email protected] (actual size 144x144 pixels)
For Android on a 4k device, you might do the following:
[email protected] (actual size 288x288 pixels)
My question is would you also follow this same naming and sizing convention for native Windows 8.1 desktop apps? I'm assuming you would, but I'm getting some pushback.
This is slightly new territory in Windows desktop, but I'm hoping there may be a few who have experience and offer there suggestions.
Thank you and best regards,

You will probably get better feedback in the forum for the picture program you are using... what is that program? (Photoshop?)

Unable to compile T1 Architecture and Simulation modelling tool

Hello,
I am trying to compile the T1 Simulation and Architecture modelling tool. The whole package is downloaded from opensparc.net
As a requirement, i am using Solaris 10 on SPARC based machine with Solaris Studio 12.3 as the compiler.
When i am running the "build_sas.sh full" script, it gives me an error:
--- Building n1 in strand ---
/opt/solarisstudio12.3//bin/CC -G -KPIC -fast -xO5 -DNDEBUG -DRS_INLINE=inline -DRS_MPSAS_COMPATIBLE    -xarch=v9a -DHOST64BIT=1    -DN1_BOOTS10 -DMEMORY_SPARSE -I../../include/strand -I../../include/fw -I../../include/mmu -I../../include/asi -I../../include/core -I../../include/cpu -I../../include/system -I../../include/trap -I../../include/register -I/scratch//sam-t1/devtools/64/shade/inc -c -o obj64opt_n1/V9/V9_AsiReg.o V9/V9_AsiReg.cc
CC: Warning: -xarch=v9a is deprecated, use -m64 -xarch=sparcvis instead
"../../include/fw/Callee.h", line 98: Error: 'Riesling::operator new(unsigned long, Riesling::CalleeAllocator&)' may not be declared within a namespace.
1 Error(s) detected.
*** Error code 2
make: Fatal error: Command failed for target `obj64opt_n1/V9/V9_AsiReg.o'
Current working directory /scratch/sam-t1/src/riesling-cm/riesling/src/strand
*** Error code 1
make: Fatal error: Command failed for target `strand'
the Callee.h file has the following declaration for line#97:
inline void* operator new( size_t size, CalleeAllocator& a )/*{{{*/
// This new() function is called for code written as
// new(CalleeAllocator::allocator) Callee0<void>(f);
// and allocates size bytes from the CalleeAllocator
return a.alloc(size);
I did some Google search, and found that, "An allocation function shall be a class member function or a global function; a program is ill-formed if an allocation function is declared in a namespace scope other than global scope or declared static in global scope. [..]" (c++ - operator new inside namespace - Stack Overflow).
Would appreciate any help or suggestion.

I tried you last suggestion, by simply moving the "new" function before the namespace, but it gave me the following Error: The prior declaration for operator new(unsigned long) has no exception specification.
So, I naively just defined the new as below, just to see what happens:
41 inline void* operator new( size_t size, CalleeAllocator& a) throw()
    42 {return a.alloc(size);
    43 }
which, after compilation gives the following error:
Error: std::bad_alloc is not in the prior exception specification
The download link to the whole package is here: OpenSPARC T1
At the end of the page, there is the download link to the OpenSPARC T1 Processor for Architecture and Performance Modeling Tools.
below is the original Callee.h file: Line 97 is where the operator new is defined which appears to be outside of namespace Riesling.
* ========== Copyright Header Begin ==========================================
* OpenSPARC T1 Processor File: Callee.h
* Copyright (c) 2006 Sun Microsystems, Inc. All Rights Reserved.
* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES.
* The above named program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public
* License version 2 as published by the Free Software Foundation.
* The above named program is distributed in the hope that it will be
* useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
* You should have received a copy of the GNU General Public
* License along with this work; if not, write to the Free Software
* Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
* ========== Copyright Header End ============================================
#ifndef __Callee_h__
#define __Callee_h__
** Copyright (C) 2002, Sun Microsystems, Inc.
** Sun considers its source code as an unpublished, proprietary
** trade secret and it is available only under strict license provisions.
** This copyright notice is placed here only to protect Sun in the event
** the source is deemed a published work. Disassembly, decompilation,
** or other means of reducing the object code to human readable form
** is prohibited by the license agreement under which this code is
** provided to the user or company in possession of this copy."
#include "DataTypes.h"
namespace Riesling {
class CalleeAllocator/*{{{*/
// CalleeAllocator is a helper class for implementing the callee_method() and
// callee_function() functions that dynamically allocate a Callee object. This
// class takes the burden of the coder for having to manage those dynamically
// allocated objects and also avoids many calls to malloc().
public:
    CalleeAllocator() : page(0), free((void**)1), full(0) {}
    ~CalleeAllocator()
      while (page)
    Page* help = page;
    page = page->next;
    delete help;
    void* alloc( uint_t size )
      void* cell;
      size = (size + sizeof(void*) - 1) / sizeof(void*);
      if ((free + size) > full)
    page = new Page(page);
    free = page->page;
    full = page->page + Page::SIZE;
      cell = free;
      free = free + size;
      return cell;
    static CalleeAllocator allocator;
private:
    class Page
      public:
    enum { SIZE = 4096 };
    Page( Page* pntr ) : next(pntr) {}
    Page* next;
    void* page[SIZE];
    Page* page;
    void** free;
    void** full;
inline void* operator new( size_t size, CalleeAllocator& a )/*{{{*/
// This new() function is called for code written as
// new(CalleeAllocator::allocator) Callee0<void>(f);
// and allocates size bytes from the CalleeAllocator
return a.alloc(size);
#ifndef COMPILER_ABI_CHANGED
inline void* gnu_vtbl_lookup( void* object, void* method )/*{{{*/
// The GNU compiler makes a virtual method into an integer index into the
// virtual table. It indicates this through bit 0 of the method being 1. If that
// bit is set then we get the virtual table and index for the method. If the bit 0
// is 0 then the method is a pointer to a function already.
#ifdef __GNU__
if (int(method) & 1)
    return (*(void***)object)[int(method) / sizeof(void*)];
else
#endif
    return method;
template<class Object, class Return> union MethodToFunction0/*{{{*/
// The templated union MethodToFunction0 converts a method pointer
// to a function pointer. The SparcWorks compiler already transforms
// method pointers to function pointers. For the GNU C++ compiler we
// need to check for virtual functions and do a virtual table lookup.
MethodToFunction0<Object,Return>( Object* object, Return (Object::*_method)() )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
Return (Object::*method)();        // The method to convert to a function
Return (*function)(void*);        // The converted function, the first argument is the this pointer
template<class Return> class Callee0/*{{{*/
// The Callee class holds the function pointer or method pointer that
// represents the callee. The caller is a pointer to the Callee class.
public:
    typedef Return (*Function)();
    typedef Return (*Method)(void*);
    Callee0<Return>( Function f )
      object(0),
      function(f)
    template<class Object> Callee0<Return>( Object* o, MethodToFunction0<Object,Return> m )
      object(o),
      method(m.function)
    Return call()
      return object ? (*method)(object) : (*function)();
protected:
    void*      object;        // If object is 0 (NULL) then we have a function to call
    union             // Else a method need to be called.
      Method   method;
      Function function;
template<class Return> Callee0<Return>* callee_function( Return (*f)() )/*{{{*/
// callee_function() creates a Callee object of the function. The compiler
// helps in figuring out the type signature ... hurra for templates:
// Callee<void>* c = calee_function(f);
return new(CalleeAllocator::allocator) Callee0<Return>(f);
template<class Object, class Return> Callee0<Return>* callee_method( Object* o, Return (Object::*m)() )/*{{{*/
// callee_method() creates a Callee object of the method. The compiler
// helps in figuring out the type signature. The function requires an
// object and the template enforces that the object and method are of the
// same type. Don't cast object pointers. The method must exists, e.g.
// inherited methods need to be replicated (fat interface). Virtual methods
// are eradicated.
return new(CalleeAllocator::allocator) Callee0<Return>(o,MethodToFunction0<Object,Return>(o,m));
template<class Object, class Return, class Arg1> union MethodToFunction1/*{{{*/
MethodToFunction1<Object,Return,Arg1>( Object* object, Return (Object::*_method)(Arg1) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
Return (Object::*method)(Arg1);
Return (*function)(void*,Arg1);
template<class Return, class Arg1> class Callee1/*{{{*/
public:
    typedef Return (*Function)(Arg1);
    typedef Return (*Method)(void*,Arg1);
    Callee1<Return,Arg1>( Function f ) : object(0), function(f) {}
    template<class Object> Callee1<Return,Arg1>( Object* o, MethodToFunction1<Object,Return,Arg1> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1 )
      return object ? (*method)(object,a1) : (*function)(a1);
protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1> Callee1<Return,Arg1>* callee_function( Return (*f)(Arg1) )/*{{{*/
return new(CalleeAllocator::allocator) Callee1<Return,Arg1>(f);
template<class Object, class Return, class Arg1> Callee1<Return,Arg1>* callee_method( Object* o, Return (Object::*m)(Arg1) )/*{{{*/
return new(CalleeAllocator::allocator) Callee1<Return,Arg1>(o,MethodToFunction1<Object,Return,Arg1>(o,m));
template<class Object, class Return, class Arg1, class Arg2> union MethodToFunction2/*{{{*/
MethodToFunction2<Object,Return,Arg1,Arg2>( Object* object, Return (Object::*_method)(Arg1,Arg2) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
Return (Object::*method)(Arg1,Arg2);
Return (*function)(void*,Arg1,Arg2);
template<class Return, class Arg1, class Arg2> class Callee2/*{{{*/
public:
    typedef Return (*Function)(Arg1,Arg2);
    typedef Return (*Method)(void*,Arg1,Arg2);
    Callee2<Return,Arg1,Arg2>( Function f ) : object(0), function(f) {}
    template<class Object> Callee2<Return,Arg1,Arg2>( Object* o, MethodToFunction2<Object,Return,Arg1,Arg2> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1, Arg2 a2 )
      return object ? (*method)(object,a1,a2) : (*function)(a1,a2);
protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1, class Arg2> Callee2<Return,Arg1,Arg2>* callee_function( Return (*f)(Arg1,Arg2) )/*{{{*/
return new(CalleeAllocator::allocator) Callee2<Return,Arg1,Arg2>(f);
template<class Object, class Return, class Arg1, class Arg2> Callee2<Return,Arg1,Arg2>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2) )/*{{{*/
return new(CalleeAllocator::allocator) Callee2<Return,Arg1,Arg2>(o,MethodToFunction2<Object,Return,Arg1,Arg2>(o,m));
template<class Object, class Return, class Arg1, class Arg2, class Arg3> union MethodToFunction3/*{{{*/
MethodToFunction3<Object,Return,Arg1,Arg2,Arg3>( Object* object, Return (Object::*_method)(Arg1,Arg2,Arg3) )
    method(_method)
    (void*&)function = gnu_vtbl_lookup(object,(void*)function);
Return (Object::*method)(Arg1,Arg2,Arg3);
Return (*function)(void*,Arg1,Arg2,Arg3);
template<class Return, class Arg1, class Arg2, class Arg3> class Callee3/*{{{*/
public:
    typedef Return (*Function)(Arg1,Arg2,Arg3);
    typedef Return (*Method)(void*,Arg1,Arg2,Arg3);
    Callee3<Return,Arg1,Arg2,Arg3>( Function f ) : object(0), function(f) {}
    template<class Object> Callee3<Return,Arg1,Arg2,Arg3>( Object* o, MethodToFunction3<Object,Return,Arg1,Arg2,Arg3> m )
      object(o),
      method(m.function)
    Return call( Arg1 a1, Arg2 a2, Arg3 a3 )
      return object ? (*method)(object,a1,a2,a3) : (*function)(a1,a2,a3);
protected:
    void*    object;
    union
      Method   method;
      Function function;
template<class Return, class Arg1, class Arg2, class Arg3> Callee3<Return,Arg1,Arg2,Arg3>* callee_function( Return (*f)(Arg1,Arg2,Arg3) )/*{{{*/
return new(CalleeAllocator::allocator) Callee3<Return,Arg1,Arg2,Arg3>(f);
template<class Object, class Return, class Arg1, class Arg2, class Arg3> Callee3<Return,Arg1,Arg2,Arg3>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2,Arg3) )/*{{{*/
return new(CalleeAllocator::allocator) Callee3<Return,Arg1,Arg2,Arg3>(o,MethodToFunction3<Object,Return,Arg1,Arg2,Arg3>(o,m));
#else
template<class Return> class Callee0/*{{{*/
public:
    Callee0<Return>() {}
    virtual ~Callee0() {}
    virtual Return call      () = 0;
template<class Return> class CalleeFunction0 : public Callee0<Return>/*{{{*/
public:
    typedef Return (*Function)();
    CalleeFunction0<Return>( Function f ) : Callee0<Return>(), function(f) {}
    Return call      () { return (*function)(); }
protected:
    Function function;
template<class Object, class Return> class CalleeMethod0 : public Callee0<Return>/*{{{*/
public:
    typedef Return (Object::*Method)();
    CalleeMethod0<Object,Return>( Object* o, Method m ) : Callee0<Return>(), object(o), method(m) {}
    Return call      () { return (object->*method)(); }
protected:
    Object* object;
    Method method;
template<class Return> CalleeFunction0<Return>* callee_function( Return (*f)() )/*{{{*/
return new(CalleeAllocator::allocator) CalleeFunction0<Return>(f);
template<class Object, class Return> CalleeMethod0<Object,Return>* callee_method( Object* o, Return (Object::*m)() )/*{{{*/
return new(CalleeAllocator::allocator) CalleeMethod0<Object,Return>(o,m);
template<class Return, class Arg1> class Callee1/*{{{*/
public:
    Callee1<Return,Arg1>() {}
    virtual ~Callee1() {}
    virtual Return call      ( Arg1 a1 ) = 0;
template<class Return, class Arg1> class CalleeFunction1 : public Callee1<Return,Arg1>/*{{{*/
public:
    typedef Return (*Function)( Arg1 );
    CalleeFunction1<Return,Arg1>( Function f ) : Callee1<Return,Arg1>(), function(f) {}
    Return call      ( Arg1 a1 ) { return (*function)(a1); }
protected:
    Function function;
template<class Object, class Return, class Arg1> class CalleeMethod1 : public Callee1<Return,Arg1>/*{{{*/
public:
    typedef Return (Object::*Method)( Arg1 );
    CalleeMethod1<Object,Return,Arg1>( Object* o, Method m ) : Callee1<Return,Arg1>(), object(o), method(m) {}
    Return call      ( Arg1 a1 ) { return (object->*method)(a1); }
protected:
    Object* object;
    Method method;
template<class Return, class Arg1> CalleeFunction1<Return,Arg1>* callee_function( Return (*f)(Arg1) )/*{{{*/
return new(CalleeAllocator::allocator) CalleeFunction1<Return,Arg1>(f);
template<class Object, class Return, class Arg1> CalleeMethod1<Object,Return,Arg1>* callee_method( Object* o, Return (Object::*m)(Arg1) )/*{{{*/
return new(CalleeAllocator::allocator) CalleeMethod1<Object,Return,Arg1>(o,m);
template<class Return, class Arg1, class Arg2> class Callee2/*{{{*/
public:
    Callee2<Return,Arg1,Arg2>() {}
    virtual ~Callee2() {}
    virtual Return call      ( Arg1 a1, Arg2 a2 ) = 0;
template<class Return, class Arg1, class Arg2> class CalleeFunction2 : public Callee2<Return,Arg1,Arg2>/*{{{*/
public:
    typedef Return (*Function)( Arg1, Arg2 );
    CalleeFunction2<Return,Arg1,Arg2>( Function f ) : Callee2<Return,Arg1,Arg2>(), function(f) {}
    Return call      ( Arg1 a1, Arg2 a2 ) { return (*function)(a1,a2); }
protected:
    Function function;
template<class Object, class Return, class Arg1, class Arg2> class CalleeMethod2 : public Callee2<Return,Arg1,Arg2>/*{{{*/
public:
    typedef Return (Object::*Method)( Arg1, Arg2 );
    CalleeMethod2<Object,Return,Arg1,Arg2>( Object* o, Method m ) : Callee2<Return,Arg1,Arg2>(), object(o), method(m) {}
    Return call      ( Arg1 a1, Arg2 a2 ) { return (object->*method)(a1,a2); }
protected:
    Object* object;
    Method method;
template<class Return, class Arg1, class Arg2> CalleeFunction2<Return,Arg1,Arg2>* callee_function( Return (*f)(Arg1,Arg2) )/*{{{*/
return new(CalleeAllocator::allocator) CalleeFunction2<Return,Arg1,Arg2>(f);
template<class Object, class Return, class Arg1, class Arg2> CalleeMethod2<Object,Return,Arg1,Arg2>* callee_method( Object* o, Return (Object::*m)(Arg1,Arg2) )/*{{{*/
return new(CalleeAllocator::allocator) CalleeMethod2<Object,Return,Arg1,Arg2>(o,m);
#endif
#endif

Query on Physical Architecture,Logical Architecture and Model

Hi Experts,
I have a confusion regarding Physical Architecture,Logical Architecture and Model.Please tell me what type of information or data these above three hold.
Thanks

Physical architecture contains information on the physical setup of your environment i.e. server names, jdbc connection strings, usernames, Passwords etc.
The logical architecture provides a layer of abstraction that allows you to group via contexts similar Physical architecture components which reside in different locations/environments.
Models are the reversed representations of the objects in your physical architecture i.e. tables, flat files etc. Models are used as sources and targets in your interface design

Any way to exclude BPC security settings and profiles from backup/restore?

We are on BPC 10 MS and restoring the PROD version to a DEV environment, but do not want to restore the security profiles. Need to figure this out before new BPC development is sent back to PROD with same b/u restore process. DEV security is different than PROD and we do not want the security profiles/settings in DEV to overlay PROD...

Hi Mike,
No automate process to maintain different set of users in both environments while restoring . Manually manage after refreshed based on required user profiles.
Thanks,
Vivek.

BPC 5.1 and Reporting Services on Shared, Corporate Server

We are implementing BPC 5.1 and want to integrate with Reporting Services on a shared, corporate server rather than installing on BPC app/web server. The reason is to minimize number of Reporting Services installations corporate wide. This has led to a number of challenges and questions, which I hope someone can assist with.
1. What level of access is needed by the three BPC service accounts to Reporting Services, during install and ongoing?
2. Can BPC be configured to point to a specific Reporting Services sub-directory, rather than having to browse the whole Reporting Services root?
3. Is there any documentation on BPC and Reporting Services?
Thank you. Nancy

You know there are 3 types of users who assigned to SysAdmin, Admin and user. Your SysAdmin user must have administrator rights of your corporate reporting server. Or that user must be user of "Content Manager" role in reporting service. Otherwise, you will get many errors by end of certain function of Admin console such as process security or process application.
And BPC is designed to use a reporting service exclusively. It is not designed to use a particular folder other than root.
I do not have idea about documents regarding reporting service of BPC.

Ask the Expert: NGWC (3850/5760): Architecture and Deployment

Welcome to the Cisco Support Community Ask the Expert conversation. This is an opportunity to learn and ask questions about NGWC (3850/5760): Architecture and Deployment.
Ask questions from Monday, April 13th, 2015 to Friday, April 24th, 2015
This Ask the Expert Session will cover questions spanning NGWC products (3850/5760) on Implementation and Deployment from the Wired and Wireless perspective. This will be more specific to Customer’s and Partners questions covering 3850/5760 configuration, Implementation and deployment.
Dhiresh Yadav is a customer support engineer in High-Touch Technical Services (HTTS) handling supporting Wireless and Network Management based Cisco products and is based in Bangalore. His areas of expertise include Cisco Wireless CUWN and NGWC Product line. He has over 7 years of industry experience working with large enterprise and service provider networks. He also holds CCNP (RS) and CCIE (DC-Written) and CCIE Wireless certification.
Naveen Venkateshaiah is working as a Customer support engineer in High-Touch Technical Services (HTTS) handling and supporting Lan-switching and Data center Products. His areas of expertise include Catalyst 3k,4k , 6500 , Nexus 7k Platform He has over 7 years of industry experience working with large Enterprise and Service Provider networks. He also holds CCNA, CCNP (RS) and CCDP-ARCH,CCIE-R&S Written, AWLANFE, LCSAWLAN Certification.
Find other https://supportforums.cisco.com/expert-corner/events.
**Ratings Encourage Participation! **
Please be sure to rate the Answers to Questions

Hi Dhiyadav,
thank you for your reply it cleared some doubts that were in my mind but i need your more support to guide me a converged access deployment which i am going to deploy within few days.
i have
2x5508 in HA as MC
30x3850 switches, and all will be used as MA(s) with multiple SPGs
2X5508 1:1 as an anchor controller
1xISE 1.3 for guest access
1xCPI for wireless mgmt and monitoring purpose
1xMSE3355 with wips and context aware licenses
200x cisco 3702i WAP
50x WSSI module for monitoring the channels
can you please put a light on the design and guide me that which are the best possible solutions to get this job done very smoothly.
i will also let you know about my proposed design scenario but for sure i need your recommendations as well :)
so,
i will use 2x5508 wlcs in HA as a MC which are AP-Count and HA licensed..
3850 switches will be MA and i ll configure SPGs per floor switches stacks
WAPs will join on these 3850 MAs base on each floor
i would have 2 ssid like employee and guest
i will configure them on each 3850 stack MA along with their SVIs for users access like (empolyee and guest ssid)
here my question is for guest ssid and its vlan... do i configure it here or on anchor controller???
i want ISE to be integrated with wireless for employee 802.1x and for guest web Auth. so, how i will integrate ISE with wireless. i mean weather i will integrate it anchor controller or with each 3850 MA???
between foreign and anchor controller i will use new mobility instead of old EOIP!!!
where shall place ISE in my network, in DMZ or with Core switch?
my target for guest users to do not have access to any corporate network sources ?
MSE:
can i use both wips and context aware on the single MSE box?
if yes, than what is the best practice for configuring them?
are each 3850 MA will be added in MSE?
WSSI module . will be used for monitoring purpose for wips and context aware profiles.
all access point will be worked in local mode for serving users access.
thank you

WebcamSubscriber positioning and sizing

I am using 2 WebcamSubcribers in a ConnectSessionContainer. The first WebcamSubscriber seems to be positioned and sized correctly, then when I add another the size and position changes, and I'm not sure why. The first image below is with one WebcamSubscriber, and the second image is after the second WebcamSubscriber gets started. Also, top-left both WebcamSubscribers should be positioned at 20,100, and that's not happening either.
The code I am using is below both images.
Thanks!
-Matt
    <rtc:ConnectSessionContainer id="cSession"
        width="100%"
        height="100%"
        roomURL="">
        <rtc:authenticator>
            <rtc:AdobeHSAuthenticator userName=""
                password=""/>
        </rtc:authenticator>
        <rtc:WebcamPublisher id="pub"/>
        <rtc:WebcamSubscriber width="300"
            height="300"
            x="20"
            y="100"
            displayUserBars="false"/>
        <rtc:WebcamSubscriber width="100"
            height="100"
            x="20"
            y="100"
            displayUserBars="false"
            webcamPublisher="{pub}"
            publisherIDs="{[cSession.userManager.myUserID]}"/>
        <s:Button id="startCamAndVoice"
            label="Start Camera and Voice"
            click="startCamAndVoice_clickHandler(event)"/>
        <s:Button id="startScrShare"
            label="Start Screen Sharing"
            x="350"/>
    </rtc:ConnectSessionContainer>

I've found it's worthwhile spending time fiddling and adjusting Lightroom's templates and saving to Custom Pages but I haven't found a way of removing a custom page layout once I've finished using it or tweaked it some more. Can you say how to remove one, please, johnbeardy? I can put them in and out of Favourites but the Custom Pages list just gets too long.

OWB - Installation Architecture and Infrastructure configuration

I thought it is a good idea to throw this out to the OWB community to see what your thinking is.
This is my first project; we are currently on detail design. The Client requests a document that covers the following details.
Architecture and Infrastructure configuration for OWB - Oracle Warehouse Builder – which is to be targeted at an ehosting data centre.
•     What is the best practice either from Oracle
•     Is it best to go for a 2Tier or 3Tier architecture
Infrastructure being of interest is:
•     The use of Application server and web service for giving visibility and access to the runtime / design repository via the repository browser.
•     The applicable application service i.e.: Control Centre Service
Can this distributed over multiple servers if you application server differs from you database server.
•     Do you have any information similar to this you compiled in the past that I can use
•     Or is there any source you can direct me to get this kind of information

Can this distributed over multiple servers if you
application server differs from you database server.This is not an OWB question. This is a database question. You are asking something like 'can I run Oracle with Apache with Tomcat?'. Simple answer is yes. Compex answer is load balancing?
Cheers,
Donna

EVGET in BPC 7 MS and SQL 2008

Have there been any change in how evget works in BPC 7 MS with SQL 2008 compared with BPC 5,1 and SQL 2005?
When I use EVGET in BPC 5.1 and SQL 2005 I always get RFN# when the cell with EVGET isn't updated.
But now when I'm trying BPC 7 and SQL 2008 I get i zero (0) when cell isn't updated. And some times I get another value that isn't the right value for that specific EVGET formula, seems like the system has an old value in memory thats shows, but when I update the, right value shows up in the cell.
This can be a bit confusing and even worse, in some of our reports the wrong value isn't updated when report is refreshed.
Anyone with the same problem or anyone who know if there are any changes made how the data is refreshed in EVGET formulas

Did anoyone resolve this issue? - we are facing the same

BPC NW architecture and sizing

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