What’s new in IBM Integration Bus...
Transcript of What’s new in IBM Integration Bus...
What’s new in IBM Integration
Bus v10
Dom Storey
IBM
7/11/2017
Session JB
3
Syste
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of
Reco
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Integration Hub
Adapter
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Mic
roserv
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ap
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Exposure Gateway (internal)
Exposure Gateway (external)
Evolving Integration architectures and the impact of Microservices
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IBM Integration Bus – A Lightweight Integration Runtime
FAST LIGHT DEPLOYMENT
VIRTUAL-IZATION
SUPPORT
STATELESS ENGINE
DISTRIBUTED DEPLOY READY
DEVOPS TOOLING SUPPORT
CLOUD FIRST
JSON / REST
SUPPORT
CONNEC-TIVITY
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6. Stateless Processes
5. Build, Release, Run
4. Backing Services
3. Configuration
2. Dependencies
1. Codebase BARs
12. Admin Processes
11. Logs
10. Dev / prod parity
9. Disposability
8. Concurrency
7. Port binding
https://developer.ibm.com/integration/blog/2017/04/16/12-factor-integration/
HTTP
Listener
mqsicreatebar
mqsiapplybaroverride
mqsideploy
Integration API
IIB is a 12-Factor App!
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IIB v10.0.0.3
Q4 2015Business Transaction Monitoring
CICS 2 Phase Commit on zOSOracle stored proc in GDMLinux Power 8 Little Endian
(RHEL7.1, Ubuntu14.0.0.4, SLES12)
IIB v10.0.0.4
Q1 2016Callable Flows for linking to IIBoC
Create a REST API without SwaggerJSON Schema support for GDM
Salesforce Request nodeLDAP AuthenticationWeb UI Activity Log
SLESv12 (x86 and Z Systems)
IIB v10.0.0.2
Q3 2015Global Cache upgrade to WXSv8.6
GDM access to Global CacheREST API integration with APIm
CICS 2 Phase CommitTCPIP report properties enhancements
WESB conversion enhancements
IIB on Cloud
Q3 2015IBM Managed Service
Built on Docker containersRuns on the Bluemix Container ServiceReuse artifacts built for IIB on-premise
IIB v10.0.0.5
Q2 2016MQTT SSL and dynamic config
Bulk Push to API ConnectCallable Flows report properties
IIB Manufacturing Pack v1.0.0.2 Q3 2016
IIBv10 Compatability
IIB v10.0.0.6
Q3 2016REST Request node
REST Async Request & Response nodesLoopback Request nodeMQ version 9 support
Support for YAML format SwaggerSupport for REST APIs with node-wide listener
HTTP Logging EnhancementsHTTP Input Query Param split in LE
IIB v10.0.0.7
Q4 2016
Kafka Producer and Kafka Consumer nodesHybrid Connect – view IIB instances in BluemixSend IIB logs to Kibana dashboard in Bluemix
Pre-built Docker image on Bluemix ContainersWildcards to simplify LDAP user authentication
Accounting & Stats CSV outputWindows 10 support
IIB v10.0.0.8
Q1 2017
IBM Cloud Product Insights in BluemixAsynchronous Callable Flows
JSON support for allOf, anyOf, oneOfStoring context for REST Async Request
Message Keys for Kafka nodes10 New Product TutorialsNode.js and FTE upgrades
IIB v10.0.0.9
Q2 2017Send AccStat to Bluemix Logging service
Use Product Insights Secure Gateway with IIBHTTP Proxy with Product Insights
Salesforce Request node with HTTP ProxyPrint the logical message tree to User Trace
New ESQL performance statisticsControl output file permissions on UNIX4 New Product Tutorials in the IIB Toolkit
IIB v10.0.0.10
Q3 2017
Send IIB Logging and Statistics data to the new Bluemix Log Analysis Service
Send Resource Statistics data to BluemixWrite Resource Statistics data to filesystem
Import of Swagger documents containing recursive references
New Toolkit option to export a remote node’s connection information as a .broker file
New CPU benchmark processing command options
▪ Radically Simplified Packaging and Installation– Full function, simple, single package install– Developer Operating Systems contain Toolkit and Server
• Total size approx. 1.2 GB– Server Operating Systems contain only server
▪ Other changes– Full entitlement to MQ remains– MQ no longer packaged
• Default queue manager for IB node for backwards compatibility▪ Built-in Unit Test Environment
– Developer tools have built-in unit test server• Fixed name of TESTNODE_<userid>
– Started and stopped with tools– Can still test / deploy to manually created local and remote servers
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Single install package for
server and toolkit.
Simple unzip on unix.
Local integration node and server
automatically created when you
start toolkit.
tar –xzf…
New Tutorials Gallery.
IIBv10 – Install Simply, Quickly & Get Productive!
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Sourcing profile
MQSI 10.0.0.6/opt/ibm/iib-10.0.0.6/server
----------------------------------------Version: '10.0.0.6'Product: 'IBM Integration Bus'Build Number: '197'IE02 level: 'ie02-L20140415-1143'IB Level: 'ib1000-L160824.197_P'Server level: 'S1000-L160823.10129'Toolkit level:'20160819-1112' [not installed]--------------------------------------------------------------------------------Node MYNODE does not exist...Creating node MYNODEBIP8071I: Successful command completion. --------------------------------------------------------------------------------Starting syslogStarting node MYNODEBIP8096I: Successful command initiation, check the system log to ensure that the component started without problem and that it continues to run without problem. --------------------------------------------------------------------------------Running - stop container to exit
# docker run --name myNode -e LICENSE=accept -e NODENAME=MYNODE -P iibdemo
# docker build -t iibdemo .
https://github.com/ot4i/iib-docker
IIB V10 on Docker supported in production
http://www-969.ibm.com/software/reports/compatibility/clarity-
reports/report/html/softwareReqsForProduct?deliverableId=137
6392102308&osPlatform=Linux
Add MQ to your image
https://github.com/ibm-messaging/mq-docker
Running IIB in a Docker Container using scripts from ot4i
docker pull ibmcom/iib:10.0.0.10
10.0.0.10: Pulling from ibmcom/iib
…..
Status: Downloaded newer image for
ibmcom/iib:10.0.0.10
Running IIB in a Docker Container using image from Docker Registry Hub
https://hub.docker.com/r/ibmcom/iib/
docker run --name myNode -e
LICENSE=accept -e NODENAME=MYNODE -e
SERVERNAME=MYSERVER -P iibv10image
IIB and Kubernetes
IBM provides its own forms of the Kubernetes technology supported for production workloads, both in the cloud and on-premises:• The IBM Bluemix Container Service provides a
Kubernetes-based public cloud solution
• IBM Cloud Private provides a Kubernetes-based private
cloud solution for running in your own data centre
https://developer.ibm.com/integration/blog/2017/08/23/ibm-integration-bus-kubernetes-and-the-bluemix-container-service/
Download Bluemix &
Kubernetes CLI
Install Bluemix Container
Service & Container Registry
Plugin
Define a Kubernetes Cluster,
Upload IIB Docker Image
& Create Kubernetes
deployment/service
IIB on Cloud
▪ Fully Managed Integration Bus Cloud Offering
▪ Based off Bluemix Container Service
▪ Supports subset of the nodes available in IIB
▪ PAYG and Subscription based around 4GB
Containers
▪ Integration runs as a DataFlowEngine in a
standalone mode
▪ Stateless Integrations
▪ Free 30 Day Trial
Free 30 day trial
Connectivity with different endpoints
Invoke remote message flows
Configurable through policy
CallableFlow Nodes
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3
IIBv10.0.0.4
IIBv10.0.0.6
IIBv10.0.0.8
A message flow deployed to one integration server can
directly invoke a message flow in a different integration
server, passing the contents of the message body and
the Environment folders.
When the message flows are deployed to different Integration Servers, a separate Switch server is needed for
routing data and an agent file is needed to ensure the flows communicate securely.
MongoDB
x
10
. .. .
. .
LINUX_NODE
WINDOWS_NODE
No bottleneck as
responses are
handled
asynchronously!
1
7
▪ Parameters specified using literals or extracted info from the
input message
▪ Request and Response body data sourced from input
message by default, but can be from elsewhere e.g.
Environment tree
▪ Chain multiple REST Requests together without intervening
transformations
▪ Accept header and Content-Type rules interact with standard
IIB message parsers as you would expect
▪ Split request / response processing into separate threads of
execution using REST Async Request and Response nodes
▪ Activity log for the message flow provides HTTP status code,
response size, and total request time.
REST Request, REST Async Request and REST Async Response
Thread 1
Thread 2
IIBv10.0.0.6
Windows, Linux x86
Integration Server
Node.js®
MongoDB
Connector
PostgreSQL
Connector
Cloudant
Connector
Non Database
Connectors
Community
Connectors
LoopBack
Cloudant
Data SourcesIntegration Node
MongoDB
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New LoopBack Request node
provides a way for IIB message flows
to invoke synchronous CRUD
operations to external systems using
LoopBack Connectors.
LoopBack is an open source Node.js
framework that can be extended by
downloading and installing connectors
from a large open source catalog
using the ‘npm’ tool.
LoopBack provides connectors for:
• NoSQL databases e.g. MongoDB,
IBM Cloudant
• Relational databases e.g.
PostgreSQL, MySQL
• Other backend services e.g. REST,
SOAP
Loopback Request NodeIIBv10.0.0.6
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MQSI_WORKPATH\connectors\loopback\datasources.json
MQSI_WORKPATH\node_modules1
2
3 mqsisetdbparms –n loopback::<secid> -u uid –p pwd
npm install loopback-connector-mongodb --save
Loopback Request Node Configuration
MQ
MQ Light API
AMQP
RESTful API
HTTP
Apache Kafka
TCP
…
▪ Kafka's performance is effectively constant with respect to data size so retaining lots of data is not a problem
▪ Producers publish data to the topics of their own choice
▪ The producer is responsible for choosing which message to assign to which partition within the topic
▪ Kafka only provides a total order over messages within a partition, not between different partitions in a topic.
▪ Kafka generalizes the concept of both pub-sub broadcast and point-to-point using a consumer group
▪ Typically Kafka topics have a small number of consumer groups, one for each “logical subscriber”
A Quick Kafka Introduction
IBM Message Hub
IIBv10.0.0.7
IIBv10.0.0.8
KafkaConsumerandKafkaProducerNodes
0Topic 1 2 3 4 5 6 7 8 9 10 11 12 13 14
KafkaServer
MQ Light API
AMQP
RESTful API
HTTP
Apache Kafka
TCP
…
▪ Use IIB or IIB on Cloud to interact with a Kafka Broker providing distributed commit log based messaging service
▪ KafkaProducer and KafkaConsumer nodes for connecting IIB message flows with Kafka
▪ Connect to either a private Kafka Server implementation or the IBM Bluemix MessageHub implementation
▪ Message flow developer provides Kafka consumer and producer configurations (name/value pairs)
▪ Core properties on the node, extended properties via a policy
▪ Security: SASL_SSL security protocol based upon TLSv1.2
▪ If multiple threads are assigned to a flow, then ordering within a Consumer Group is not respected
IIBv10.0.0.7
IIBv10.0.0.8
KafkaProducer and KafkaConsumer Nodes
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IBM Cloud Product Insights is a Bluemix
service that allows you to build a cross-
product inventory.
Centralized cross-product inventory using Product Insights
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Different IBM products can be registered, so
you can create a cross-product inventory
and view product usage metrics across your
portfolio of IBM products in your solution.
If you click on Register a product, you
can see which IBM products are
available for registration.
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You will see all products that
are available for registration.
If you click on any of these, you
will see instructions on how to
register your product.
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You can see what is the minimum
supported version of IIB.
Links are provided to the
product web page and
knowledge center.
Simple instructions on how to
activate the Bluemix reporting
feature for your Integration Node
and Integration Servers.
Click this to copy the
command and then
fill in the blanks!
apihost and apikey information is
on the Service credentials tab.
Restart your Integration Node
for the changes to take effect.
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The Service Credentials section is pre-
populated with an apikey which has
been created on your behalf
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX
You use the apihost and apikey when
activating the Bluemix reporting feature.
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You can group your Integration
Nodes and Integration Servers
into groups. For example: Dev,
QA, Stage, Production
Usage data can be seen for a
group of Integration Servers or
an individual Integration Server.
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Choose between:
CPU time,
Number of active CPUs
Resident Set Size
Usage Details Advisor
View a list of
recommended
services from the
Bluemix catalog.
View Integration
Node details
[sanjayn@sachin iib-10.0.0.8]$ mqsichangebluemixreporting LINUX_NODE -g -l active -r us-south -o
[email protected] -a "Sanjay Nagchowdhury" -u [email protected] -p XXXXX -d
Request Bluemix logging tokens: https://logmet.ng.bluemix.net/login
Successful HTTPStatus: 200
Publishing Kibana dashboard
Successful HTTPStatus: 200
Response: Your Kibana 4 dashboards can be accessed at the following location:
https://logmet.ng.bluemix.net/app/#/kibana4
The Kibana 4 dashboards that have been uploaded include: IBM Integration Bus Dashboard
BIP8377I: Current dashboard has been loaded into Kibana for Bluemix logging space 'Sanjay Nagchowdhury'. Dashboard files are
also prepared for manual import into Kibana from '/home/sanjayn/iibconfig/BluemixReporting/LINUX_NODE'.
BIP8071I: Successful command completion.
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Reporting logging information to IBM Cloud Log Analysis
and displaying it in a Kibana dashboard
Run mqsichangebluemixreporting to
configure a connection to the Cloud
Log Analysis service in Bluemix and
send it logging information.
Go to this URL in a web browser to see
logging infromation in a dashboard. Command can be repeated for multiple
Integration Nodes and Integration Servers to see
logging information in a single dashboard.
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Example using Integration Nodes
running on Linux and Windows.
Top 5 hosts that are
generating log events
Top 5 integration
servers that are
generating log events
Top 5 log events across
the Integration Servers
for a timeslot.
All events by
severity.
Custom visual which shows
Integration Servers that are
stopping/starting/changing
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This spike shows that a sudden
increase in error messages occurred.
You can zoom in and see precise
BIP messages that were
generated in this timeslot.
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Chart after zooming in on the timeslot
to check the errors.
Bottom table shows the
logging messages that
were recorded from the
different Integration
Servers.
You can see errors that
were generated.
You can see errors that
were generated.
3
5
Send Accounting & Statistics data to a Bluemix Kibana dashboard
mqsichangebluemixreporting TESTNODE_10009 -l active -e default -r us-south -o
[email protected] -a IIBspace -u [email protected] -p Password123
mqsistop TESTNODE_10009
mqsistart TESTNODE_10009
mqsichangeflowstats TESTNODE_10009 -g -s -j -o bluemix -c active
mqsireportflowstats TESTNODE_10009 -e default -j -s
IIBv10.0.0.9
3
6
▪ Typically, IIB is deployed inside your network, close to Systems of Record.
▪ There may be firewall restrictions for direct network connectivity when sending data to SaaS applications or internet
services.
▪ An HTTP Forward Proxy server can intermediate traffic on behalf of multiple apps, and can sit between IIB and the
outbound internet connection.
▪ Fix pack 9 extends IIB’s capabilities to interact with an HTTP forward proxy in several areas: Salesforce, HTTP-base
nodes and Product Insights.
Integrating using an HTTP Forward ProxyIIBv10.0.0.9
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Define a web user account
‘iibwebuserSanjay’ with role ‘iibuser’
Enable Administration Security
and set authorization mode to file.
Using LDAP for System Administration
An operation system user called
‘iibuser’ exists. Define
authorization for an Integration
Node for role iibuser
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Reduce authorization
privilege to Integration
Node
Restricted access
to server1
Full access
to server2
No drop-down menu for
Servers as authorization is
restricted to read
No drop-down menu for
server1 as authorization is
restricted to read
Drop-down menu for
server2 is available as
authorization is for full
access
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Use mqsisetdbparms to configure the Integration
Node to connect to the LDAP Server.
Use mqsichangeproperties to set the LDAP server
that you want to use for authentication.
Users and their credentials
are defined in LDAP
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Add a web user account for a
user that is defined in the
LDAP Server with role ‘iibuser’
No password is specified. The
password stored in LDAP is
used!
User ID ‘sanjayn’ is authenticated
using creddentials stored in LDAP.Same authorization privileges
granted as defined for role ‘iibuser’
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Add a web user account for ALL
users that are defined in the
LDAP Server with role ‘iibuser’
No password is specified. The
password stored in LDAP is used!
User ID ‘tdolby’ is authenticated
using credentials stored in LDAP.
4
2
mqsichangetrace TESTNODE_10009 -e default -u -l debugTree
… inject a message, then gather user tracing in the normal way like this …
mqsireadlog TESTNODE_10009 -e default -u -o C:\trace.trc
mqsiformatlog -i C:\trace.trc -o C:\trace.txt
2017-05-31 12:49:29.563212 13844 UserTrace BIP2299I: Message propagated from node ''HTTP Input'' to node ''Compute'' in message flow ''Transformation_ESQL''. The state of message trees are recorded as ''
Message :
( ['WSRoot' : 0x21a29310]
(0x01000000:Name ):Properties = ( ['WSPROPERTYPARSER' : 0x6d27080]
(0x03000000:NameValue):MessageSet = '' (CHARACTER)
(0x03000000:NameValue):MessageType = '' (CHARACTER)
(0x03000000:NameValue):MessageFormat = '' (CHARACTER)
TRUNCATED FOR DISPLAY …
)
(0x01000000:Name ):HTTPInputHeader = ( ['WSINPHDR' : 0x21a29ca0]
(0x03000000:NameValue):X-Server-Name = 'localhost' (CHARACTER)
(0x03000000:NameValue):X-Server-Port = '7800' (CHARACTER)
(0x03000000:NameValue):Host = 'localhost:7800' (CHARACTER)
TRUNCATED FOR DISPLAY …
)
(0x01000000:Folder):XMLNSC = ( ['xmlnsc' : 0x20d50470]
(0x01000400:XmlDeclaration):XmlDeclaration = (
(0x03000100:Attribute):Version = '1.0' (CHARACTER)
(0x03000100:Attribute):Encoding = 'UTF-8' (CHARACTER)
)
(0x01000000:Folder ):SaleEnvelope = (
(0x01000000:Folder):Header = (
(0x03000000:PCDataField):SaleListCount = '1' (CHARACTER)
(0x03000000:PCDataField):TransformationType = 'compute' (CHARACTER)
)
(0x01000000:Folder):SaleList = (
(0x01000000:Folder):Invoice = (
(0x03000000:PCDataField):Initial = 'K' (CHARACTER)
(0x03000000:PCDataField):Initial = 'A' (CHARACTER)
(0x03000000:PCDataField):Surname = 'Braithwaite' (CHARACTER)
(0x03000000:PCDataField):Balance = '00.50' (CHARACTER)
(0x03000000:PCDataField):Currency = 'Sterling' (CHARACTER)
)
(0x01000000:Folder):Trailer = (
(0x03000000:PCDataField):CompletionTime = '12.00.00' (CHARACTER)
)
)
)
)
''.
A message is propagated from node ''HTTP Input'' to node ''Compute'' in message flow ''Transformation_ESQL''. The Message, LocalEnvironment, Environment and ExceptionList trees are logged as above.
This message is for information only.
Print the logical message tree to User TraceIIBv10.0.0.9
4
3
mqsichangeproperties TESTNODE_10009 -e default -o ImbESQLManager
-n performanceStatsReportingOn,performanceStatsOutputPath -v active,C:\ESQLStats
New ESQL Performance StatisticsIIBv10.0.0.9
4
4
CALL CopyMessageHeaders();
SET OutputRoot.BLOB.BLOB = CAST('Hello World' AS BLOB CCSID 1208);
SET OutputLocalEnvironment = InputLocalEnvironment;
SET OutputLocalEvironment.Destination.File.PosixPermissions = '555';
Controlling Output File Permissions on UNIX file systems
▪ Default permission given to files created by FileOutput node
is enforced by the Operating System
▪ Based upon the permissions of the parent folder and the
umask of the integration server (DataFlowEngine) process
▪ Change the permissions used by setting a
LocalEnvironment override to specify a permissions string
using a 3 digit octal string (the same format as the unix
chmod command)
IIBv10.0.0.9
4
5
▪ Callable Flows Enhancements – Async nodes and report properties
▪ REST Request, REST Async Request, REST Async Response
▪ LoopBack Request node for integrating Apps and NoSQL
▪ MQ version 9, Windows v10, Node.js and FTE upgrades
▪ HTTP and REST enhancements
▪ Logging, YAML , REST APIs with node-wide listener
▪ Kafka Producer and Kafka Consumer nodes (including Message Key support)
▪ View IIB instances in Bluemix (Hybrid Connect / Product Insights)
▪ Send IIB logs and Accounting Stats to Kibana dashboard in Bluemix
▪ Pre-built Docker image on Bluemix Containers
▪ LDAP Authentication for admin changes (& wildcarding)
▪ Accounting & Statistics CSV output
▪ JSON support for allOf, anyOf, oneOf
▪ Storing context for REST Async Request
▪ 14 New Product Tutorials
▪ Product Insights HTTP Proxy & Gateway
▪ HTTP Forward Proxy for Salesforce Request
▪ HTTPProxy mqsisetdbparms
▪ Print the logical message tree to User Trace, New ESQL performance statistics
▪ Control output file permissions on UNIX
▪ Send Logging & Resource Statistics data to Bluemix
▪ Import of Swagger documents containing recursive references
▪ New Toolkit option to export a .broker file
Our deliveries of the last year … we’ve been busy!IIBv10.0.0.6
IIBv10.0.0.7
IIBv10.0.0.8
IIBv10.0.0.9
IIBv10.0.0.10
Want to know more?
https://developer.ibm.com/integration/docs/ibm-integration-
bus/videos-ibm-integration-bus-v10/
https://developer.ibm.com/integration/blog/
https://www.ibm.com/support/knowledgecenter/SSMKHH_10.0.0/co
m.ibm.etools.msgbroker.helphome.doc/help_home_msgbroker.htm
https://www.ibm.com/support/knowledgecenter/en/SSMKHH_10.0.0/
com.ibm.iib.cloud.doc/cl00000_.htm
https://developer.ibm.com/answers/smartspace/integration-
bus/index.html
ConnectPre-built connectors for SaaS & on
premise systems and other IBM
integration and messaging solutions
TransformGraphical mapper for rapid
transformation between source and
target data formats
DesignConfiguration-based tooling to
implement integration logic with and
without code
ManageWeb based management and monitoring
of integrations
Remain Best in breed• IBM Integration Bus has been catering to the needs of
Enterprise customers for 18 years
• Consistently a leader in the enterprise application
integration space.
Single Integrated Platform• Connect seamlessly
• Bring together user experiences where appropriate
• Join up the power of IIB, IIBoC and App Connect
Enable Hybrid Cloud• Container based management and orchestration
• Flexibility to run integration technologies across on-
premise and cloud
• Avoid investment in new skills
Hybrid Integration – the journey ahead
IBM Cloud University 2017 | October
Please Note
IBM’s statements regarding its plans, directions, and intent are subject to change or withdrawal without notice at IBM’s sole discretion.
Information regarding potential future products is intended to outline our general product direction and it should not be relied on in making a purchasing decision.
The information mentioned regarding potential future products is not a commitment, promise, or legal obligation to deliver any material, code or functionality. Information about potential future products may not be incorporated into any contract.
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Performance is based on measurements and projections using standard IBM benchmarks in a controlled environment. The actual throughput or performance that any user will experience will vary depending upon many factors, including considerations such as the amount of multiprogramming inthe user’s job stream, the I/O configuration, the storage configuration, and the workload processed. Therefore, no assurance can be given that an individual user will achieve results similar to those stated here.
IBM Cloud University 2017 | October
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IBM Cloud University 2017 | October
Notices and disclaimers
continued
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