How to integrate a BW System in a XI Landscape?

Hi Everybody..
which are the steps that I need to perform in order to integrate a BW System in a XI Landscape?
Thanks
FedeX

Hi Great links thanks...
I do not how can get focused for going forward...
My Goal
I want to test a XML Data Source for a BW System
The Guide
The sample that I am following has some requirements...
1. Prerequisite
The BW is integrated to the XI landscape.
If this is not yet the case, follow the configuration guide
of XI which you find here: SAP Service Marketplace
( http://service.sap.com/instguides )
That link does not point out a documente .. is a site with charges of information
The Situation
BW is definitively no integrated and I need to integrated it to go further with my test
How
I need a document or a guide or a link which describes step by step How can one integrate a BW system to the XI Lanscape.
where is that document in this ocean of information ?
Thanks!!!
Fedex

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Hi rajshekar
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please share any blogs or forums
please help
Thank you
Edited by: VArjun86 on Jan 4, 2012 10:27 AM

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>> Can anyone tell me the process to integration process and any outbound sap bw to pi scenario blogs are information is very helpful
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([email protected])

Problems concerning "How to integrate MS Exchange Server into SAP EP"

Hi,
I want to realize the scenario in "How to integrate Microsoft Exchange Server into SAP Enterprise Portal" from the Microsoft-Website.
We´re using SAP NetWeaver 04, SAP NetWeaver Portal 6.0.14.0.0 and KMC 6.0.14.2.0 and Microsoft Exchange Server 2000 SP3.
I have created (as described in the document) the HTTP-System and a WebDAV RM. But the repository doesn´t appeaer in the KM-Content-iView.
I checked the Component Monitor and got this error-message for "servers" (it was marked with a red square)
last-error-3   2006-05-16T13:12:11Z: PROPFIND /public: 401 Access Denied
last-error-4   2006-05-16T13:15:04Z: PROPFIND /public: 401 Access Denied
last-error-6   2006-05-16T13:26:35Z: PROPFIND /public: 401 Access Denied
errors   8
last-error-2   2006-05-16T13:12:10Z: PROPFIND /public: 401 Access Denied
requests   8
last-error-7   2006-05-16T13:26:35Z: PROPFIND /public: 401 Access Denied
bytes-per-second   0
successes   0
response-average   194
last-error-1   2006-05-16T13:11:55Z: PROPFIND /public: 401 Access Denied
last-error-0   2006-05-16T13:11:54Z: PROPFIND /public: 401 Access Denied
last-error-5   2006-05-16T13:15:05Z: PROPFIND /public: 401 Access Denied
failures   0
Any idea, what´s wrong? And how to solve the problem.
Thanks for help,
Sven
Message was edited by: Sven Keller

Hi James,
How can I check the KM ACLs/Security Zones?
I had a look on "System Administration - System Configuration - Knowledge Management - Content Management - Repository Managers - Security Manager - WebDAV ACL Security Manager".
There was just "WDAclSecurityManager" and the Permission Rendering Class was "com.sapportals.wcm.control.acl.ResourcePermissionControl".
Or where do I have to look for the ACL?

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Hi,
I am having access to one SAP R/3 ECC 6.0 server through internet.
I have stand alone SAP Net weaver PI 7.0 installed on my laptop.I do not know how to integrate both ,I mean to say that what are the steps I need to follow so that two systems can talk to each other.
Appreciate your details.
Thanks and Regards,
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Hi,
It will be possible to do all the configurations related to RFC destination and partner profile as the experties have mentioned in above posts.
You need to also check with the way you could be able to access the SAP R/3 ECC 6.0 server through internet.
When you establish a connection to a client through a destination, the HTTP connection must first be entered in transaction SM59.
There are two types of HTTP connection in transaction SM59: Call transaction SM59 to display the different RFC destinations.
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HTTP Connection to an External Server (Connection Type G)
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How to Integrate SAP R/3 with Netweaver PI 7.0

Hi,
I am having access to one SAP R/3 ECC 6.0 server through internet.
I have stand alone SAP Net weaver PI 7.0 installed on my laptop.I do not know how to integrate both ,I mean to say that what are the steps I need to follow so that two systems can talk to each other.
Appreciate your details.
Thanks and Regards,
Viswanath

hi,
in R3 ECC
u create tcp/ip RFC's LCRSAPRFC and SAPSLDAPI.give these destinations in PI j2ee visual admin...JCORFC PROVIDER.
Tcode SLDAPICUST....give the setails of PI server hostname and iser PIAPPLUSER password..
then go to Tcode SXMB_ADM
integration engine configuration role of the business system application server
destnation http://<host>:<HTTPport>/sap/xi/engine?type=entry
then save
regards
ajai

How to integrate c# library's function to use F# type expression for function of function?

i succeed to implement the initial prototype for function structure in c#
but i do not know how to integrate in F#
i make c# library's function to accept template T, for F# to pass type expression into it.
but how to write in c# to make template like type expression,
in Addvaluetoeachitem
hope make function structure depend on left or right, i got twisted in my mind when integrating into F#
if translate c# into F# , how to write for this class?
func1(func1(param1, param2), param2) etc
if i define funcvalue as
type expr =
| And of expr * expr
| Or of expr * expr
expr[] funcvalues = new expr[] {And, Or, And, Or, And, Or, And}
int[] values = new int[] { 1, 2, 3, 4, 5, 6, 7 };
got some error when translate member value and constructor into F#
// Learn more about F# at http://fsharp.net
// See the 'F# Tutorial' project for more help.
open System.Collections.Generic
type expr =
| And of expr * expr
| Or of expr * expr
| Param1
type BinaryTree =
let mutable value = 0
let left : BinaryTree = null
let right : BinaryTree = null
let mutable dict : Dictionary<int, BinaryTree> = new Dictionary<int, BinaryTree>();
member this.Load(tree : BinaryTree, values : int[], index : int) =
this.value = values.[index];
if index * 2 + 1 < values.Length then
this.left = new BinaryTree(values, index * 2 + 1)
if index * 2 + 2 < values.Length then
this.right = new BinaryTree(values, index * 2 + 2)
new() = BinaryTree(values : int[]) : this(values, 0) { }
//public BinaryTree(int[] values) : this(values, 0) { }
new() = BinaryTree(values : int[], index : int)
let dict = new Dictionary<int, BinaryTree>()
Load(this, values, index)
member this.Visit(tree : BinaryTree) =
dict.Add(dict.Count, tree);
member this.ChangeToString(m : List<int>) : String =
let result = "";
for i in m do
result = result + i.ToString()
result
member this.CopyList(queue : Queue<List<int>>) : Queue<List<int>> =
let mutable newqueue : Queue<List<int>> = new Queue<List<int>>();
if queue != null then
while (queue.Count > 0) do
let source : List<int> = queue.Dequeue()
let destination : List<int> = new List<int>();
for a in source do
destination.Add(a);
newqueue.Enqueue(destination)
for m in newqueue do
queue.Enqueue(m);
newqueue
member this.IsAscending(m : List<int>) : bool =
let mutable result = true
let mutable prev : int = 0
for i in m do
if prev > i then
result <- false
prev <- i
result
member this.Addvaluetoeachitem(queue : Queue<List<int>>, value : int, maxlimit : int, ref Dictionary<String , List<int>> allpath, Boolean IsBackUp, T func1, T param1, T param2, Dictionary<T, T> allfunctionstructure, Queue<List<T>> funcqueue, Boolean LeftOrRight) : Queue<List<int>>=
let newqueue : Queue<List<int>> = new Queue<List<int>>()
if queue != null then
while queue.Count > 0 do
List<int> path = queue.Dequeue();
//List<T> func = funcqueue.Dequeue();
let mutable afteradd = false
if path.Count < maxlimit then
path.Add(value);
afteradd <- true
if path.Count = maxlimit && afteradd = true && IsBackUp = false then
if IsAscending(path) = true then
if allpath.ContainsKey(ChangeToString(path)) = false then
allpath.Add(ChangeToString(path), path)
newqueue.Enqueue(path);
if queue = null then
let mutable path : List<int> = new List<int>();
let mutable afteradd = false
if path.Count < maxlimit then
path.Add(value)
afteradd <- true
if path.Count == maxlimit && afteradd == true && IsBackUp = false then
if IsAscending(path) = true then
if allpath.ContainsKey(ChangeToString(path)) = false then
allpath.Add(ChangeToString(path), path)
newqueue.Enqueue(path)
else
if queue.Count = 0 then
let mutable path : List<int> = new List<int>();
let mutable afteradd = false
if path.Count < maxlimit then
path.Add(value)
afteradd <- true
if path.Count = maxlimit && afteradd = true && IsBackUp = false then
if IsAscending(path) == true then
if allpath.ContainsKey(ChangeToString(path)) = false then
allpath.Add(ChangeToString(path), path)
newqueue.Enqueue(path)
newqueue
member this.Deepfirst(tree : BinaryTree, ref queuepath : Queue<List<int>>, backpath : Queue<List<int>>, maxlimit : int, ref allpath : Dictionary<String, List<int>>, func1 : expr, param1 : expr, param2 : expr, allfunctionstructure : Dictionary<expr, expr>, ref queuefunc : Queue<List<expr>>, LeftOrRight : bool) : Queue<List<int>>=
queuepath = Addvaluetoeachitem(queuepath, tree.value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, LeftOrRight);
//path.Add(tree.value);
Queue<List<int>> newpath = new Queue<List<int>>();
newpath = CopyList(queuepath);
Queue<List<int>> newpath2 = new Queue<List<int>>();
newpath2 = CopyList(queuepath);
backpath = Addvaluetoeachitem(backpath, tree.value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, LeftOrRight);
//Queue<List<int>> backpathx = new Queue<List<int>>();
Queue<List<int>> backpathx = backpath;//Addvaluetoeachitem(backpathx, tree.value, maxlimit, ref allpath, false);
Queue<List<int>> newpathx = new Queue<List<int>>();
newpathx = CopyList(queuepath);
Queue<List<int>> backpath1 = backpathx;
if tree.left != null then
newpathx = Deepfirst(tree.left, ref newpath, newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, false) // Left
if tree.value = 1 then
Console.WriteLine("")
Visit(tree)
for m in queuepath do
newpath2.Enqueue(m)
let mutable backpath2 : Queue<List<int>> = newpathx
if tree.right != null then
newpathx = Deepfirst(tree.right, ref newpath2, newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, true) // Right
if tree.value = 1 then
Console.WriteLine("")
if newpathx != null then
return newpathx
if backpath2 != null then
return backpath2
if backpath1 != null then
return backpath1
if backpath != null then
return backpath
else
return backpath
[<EntryPoint>]
let main argv =
printfn "%A" argv
0 // return an integer exit code
BinaryTree<int> b = new BinaryTree<int>(values);
Queue<List<int>> queuepath = new Queue<List<int>>();
Queue<List<int>> backpath = null;
Queue<List<int>> queuefunc = new Queue<List<int>>();
Dictionary<String, List<int>> allpath = new Dictionary<String, List<int>>();
Dictionary<int, int> allfunctionstructure = new Dictionary<int, int>();
int a3 = 0;
int b3 = 0;
int c3 = 0;
queuepath = b.Deepfirst(b, ref queuepath, backpath, 3, ref allpath, a3, b3, c3, allfunctionstructure, ref queuefunc, false);
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace testTable
public class BinaryTree<T>
public int value;
BinaryTree<T> left;
BinaryTree<T> right;
public Dictionary<int, BinaryTree<T>> dict;
public BinaryTree(int[] values) : this(values, 0) { }
BinaryTree(int[] values, int index)
dict = new Dictionary<int, BinaryTree<T>>();
Load(this, values, index);
public void Visit(BinaryTree<T> tree)
dict.Add(dict.Count, tree);
public String ChangeToString(List<int> m)
String result = "";
foreach (int i in m)
result = result + i.ToString();
return result;
public Queue<List<int>> CopyList(Queue<List<int>> queue)
Queue<List<int>> newqueue = new Queue<List<int>>();
if (queue != null)
while (queue.Count > 0)
List<int> source = queue.Dequeue();
List<int> destination = new List<int>();
foreach (int a in source)
destination.Add(a);
newqueue.Enqueue(destination);
foreach (List<int> m in newqueue)
queue.Enqueue(m);
return newqueue;
public Boolean IsAscending(List<int> m)
Boolean result = true;
int prev = 0;
foreach (int i in m)
if (prev > i)
result = false;
prev = i;
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if (queue != null)
while (queue.Count > 0)
List<int> path = queue.Dequeue();
//List<T> func = funcqueue.Dequeue();
Boolean afteradd = false;
if (path.Count < maxlimit)
path.Add(value);
afteradd = true;
if (path.Count == maxlimit && afteradd == true && IsBackUp == false)
if( IsAscending(path) == true)
if(allpath.ContainsKey(ChangeToString(path)) == false)
allpath.Add(ChangeToString(path), path);
newqueue.Enqueue(path);
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List<int> path = new List<int>();
Boolean afteradd = false;
if (path.Count < maxlimit)
path.Add(value);
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if (path.Count == maxlimit && afteradd == true && IsBackUp == false)
if (IsAscending(path) == true)
if (allpath.ContainsKey(ChangeToString(path)) == false)
allpath.Add(ChangeToString(path), path);
newqueue.Enqueue(path);
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path.Add(value);
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if (path.Count == maxlimit && afteradd == true && IsBackUp == false)
if (IsAscending(path) == true)
if (allpath.ContainsKey(ChangeToString(path)) == false)
allpath.Add(ChangeToString(path), path);
newqueue.Enqueue(path);
return newqueue;
public Queue<List<int>> Deepfirst(BinaryTree<T> tree, ref Queue<List<int>> queuepath, Queue<List<int>> backpath, int maxlimit, ref Dictionary<String, List<int>> allpath, T func1, T param1, T param2, Dictionary<T, T> allfunctionstructure, ref Queue<List<T>> queuefunc, Boolean LeftOrRight)
//if (path.Count < maxlimit)
queuepath = Addvaluetoeachitem(queuepath, tree.value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, LeftOrRight);
//path.Add(tree.value);
Queue<List<int>> newpath = new Queue<List<int>>();
newpath = CopyList(queuepath);
Queue<List<int>> newpath2 = new Queue<List<int>>();
newpath2 = CopyList(queuepath);
backpath = Addvaluetoeachitem(backpath, tree.value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, LeftOrRight);
//Queue<List<int>> backpathx = new Queue<List<int>>();
Queue<List<int>> backpathx = backpath;//Addvaluetoeachitem(backpathx, tree.value, maxlimit, ref allpath, false);
Queue<List<int>> newpathx = new Queue<List<int>>();
newpathx = CopyList(queuepath);
Queue<List<int>> backpath1 = backpathx;
if (tree.left != null)
newpathx = Deepfirst(tree.left, ref newpath, newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, false); // Left
if (tree.value == 1)
Console.WriteLine("");
Visit(tree);
if (backpath1 != null)
Boolean afteradd = false;
if (backpath1.Count < maxlimit)
backpath1.Add(tree.value);
afteradd = true;
if (backpath1.Count == maxlimit && afteradd == true)
allpath.Add(backpath1);
foreach (List<int> m in queuepath)
newpath2.Enqueue(m);
Queue<List<int>> backpath2 = newpathx;
if (tree.right != null)
newpathx = Deepfirst(tree.right, ref newpath2, newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, true); // Right
if (tree.value == 1)
Console.WriteLine("");
//Queue<List<int>> newpath3 = new Queue<List<int>>();
//newpath3 = CopyList(queuepath); // 2 -> 1 -> 3 1(2,3) difficult case
//return newpath3;
if (newpathx != null)
return newpathx;
if(backpath2 != null)
return backpath2;
if (backpath1 != null)
return backpath1;
if (backpath != null)
return backpath;
else
return backpath;
public void Load(BinaryTree<T> tree, int[] values, int index)
this.value = values[index];
if (index * 2 + 1 < values.Length)
this.left = new BinaryTree<T>(values, index * 2 + 1);
if (index * 2 + 2 < values.Length)
this.right = new BinaryTree<T>(values, index * 2 + 2);
computing nightmare

This builds, and fixes the most egregious style issues
open System
open System.Collections.Generic
type expr =
| And of expr * expr
| Or of expr * expr
| Param1
[<AllowNullLiteral>]
type BinaryTree(values : int[], index : int) =
let value = values.[index]
let left = if index * 2 + 1 < values.Length then
BinaryTree(values, index * 2 + 1)
else null
let right = if index * 2 + 2 < values.Length then
BinaryTree(values, index * 2 + 2)
else null
let dict : Dictionary<int, BinaryTree> = new Dictionary<int, BinaryTree>();
new(values : int[]) = BinaryTree(values, 0)
member this.Value with get() = value
member this.Left with get() = left
member this.Right with get() = right
member this.Visit(tree : BinaryTree) =
dict.Add(dict.Count, tree);
static member ChangeToString(m : List<int>) : String =
String.Join(String.Empty, m)
static member CopyList(queue : Queue<List<int>>) : Queue<List<int>> =
let newqueue = Queue<List<int>>();
if queue <> null then
while (queue.Count > 0) do
let source : List<int> = queue.Dequeue()
let destination : List<int> = new List<int>();
for a in source do
destination.Add(a);
newqueue.Enqueue(destination)
for m in newqueue do
queue.Enqueue(m);
newqueue
static member IsAscending(m : List<int>) : bool =
m
|> Seq.pairwise
|> Seq.forall (fun (x,y) -> y > x)
static member Addvaluetoeachitem(
queue : Queue<List<int>>,
value : int,
maxlimit : int,
allpath : Dictionary<String , List<int>> byref,
isBackUp : Boolean,
func1 : 'T,
param1 : 'T,
param2 : 'T,
allfunctionstructure : Dictionary<'T, 'T>,
funcqueue : Queue<List<'T>>,
leftOrRight : Boolean) : Queue<List<int>>=
let newqueue : Queue<List<int>> = new Queue<List<int>>()
if queue <> null then
while queue.Count > 0 do
let path = queue.Dequeue();
let afteradd = path.Count < maxlimit
if afteradd then
path.Add(value)
if path.Count = maxlimit && afteradd && (not isBackUp) then
if BinaryTree.IsAscending(path) then
if allpath.ContainsKey(BinaryTree.ChangeToString(path)) = false then
allpath.Add(BinaryTree.ChangeToString(path), path)
newqueue.Enqueue(path);
if (queue = null) || (queue.Count = 0) then
let path = List<int>();
let afteradd = path.Count < maxlimit
if afteradd then
path.Add(value)
if path.Count = maxlimit && afteradd && (not isBackUp) then
if BinaryTree.IsAscending(path) then
if not <| allpath.ContainsKey(BinaryTree.ChangeToString(path)) then
allpath.Add(BinaryTree.ChangeToString(path), path)
newqueue.Enqueue(path)
newqueue
member this.Deepfirst(tree : BinaryTree,
queuepath : Queue<List<int>> byref,
backpath : Queue<List<int>> byref,
maxlimit : int,
allpath : Dictionary<String, List<int>> byref,
func1 : expr, param1 : expr, param2 : expr,
allfunctionstructure : Dictionary<expr, expr>,
queuefunc : Queue<List<expr>> byref,
leftOrRight : bool) : Queue<List<int>>=
queuepath <- BinaryTree.Addvaluetoeachitem(queuepath, tree.Value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, leftOrRight);
let newpath = BinaryTree.CopyList(queuepath);
let newpath2 = BinaryTree.CopyList(queuepath);
backpath <- BinaryTree.Addvaluetoeachitem(backpath, tree.Value, maxlimit, ref allpath, false, func1, param1, param2, allfunctionstructure, queuefunc, leftOrRight);
let backpathx = backpath;
let mutable newpathx = BinaryTree.CopyList(queuepath);
let backpath1 = backpathx;
if tree.Left <> null then
newpathx <- this.Deepfirst(tree.Left, ref newpath, ref newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, false) // Left
if tree.Value = 1 then
Console.WriteLine("")
this.Visit(tree)
for m in queuepath do
newpath2.Enqueue(m)
let backpath2 = newpathx
if tree.Right <> null then
newpathx <- this.Deepfirst(tree.Right, ref newpath2, ref newpathx, maxlimit, ref allpath, func1, param1, param2, allfunctionstructure, ref queuefunc, true) // Right
if tree.Value = 1 then
Console.WriteLine("")
if newpathx <> null then
newpathx
else if backpath2 <> null then
backpath2
else if backpath1 <> null then
backpath1
else backpath

How to integrate EP & SAP TCodes with ccBPM in XI?

Hi,
Scenario:
A non-SAP system is creating a BPEL file. I have to import that file into XI & create a BPM for it. Then I have to integrate the BPM to SAP MM transactions & EP also in such a way that if user interacts with EP then the processing should take place as per the process defined in BPM.
What I know:
I have a BPEL file created from some non-SAP system & using it I have to create ccBPM in XI. Up to this point I know what to do & how to do.
Problem:
Now the issue which I am facing is that how to connect my BPM to SAP transactions. As you told us in training that for every ccBPM a Business workflow is created in SAP. So, as per my understanding, it means the workflow should get triggered when any event is created by users action in EP. But the problem is that how to integrate EP & SAP transactions to my ccBPM?
Please provide your valuable inputs ASAP. It is urgent.
Thanks,
Shaurya

Hi,
By useing SAP transaction iView in EP , you can directly interact SAP transaction then where is the portion of XI and ccBPM??
Solution is already expalined in Above blog. correct suitable blog.
from EP you can interact Xi through Webservice , this webservice can be created from NWDS , you can edit or EJB also..
that Webservice ,through SOAP adapter integrate the XI , in XI use ccBPM, whatever you want through RFC /BAPI you can do suitable operation in R#, here you r problem is how to call SAP transaction,..
here please expalin what is the requirement.. or select suitable BAPI /RFC to do such operation/functionality in R3.
i hope you got it..
Regards
Chilla.

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