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|
README for the Apache Tuscany SCA Travel Sample 1.0 May 2010
============================================================
Structure of the travel sample
------------------------------
The travel sample consists of the following directory tree:
lib dependencies for the travel sample (see notes below)
jaxws jars from the JAX-WS reference implementation
junit the Junit jar
openejb jars from the OpenEJB binary distribution
travelsample top-level directory for the travel sample
binaries builds a binaries-only package for the travel sample
clients non-SCA clients for the travel sample
contributions SCA contributions for the travel sample
distribution builds the travel sample distribution
domainconfig configuration files for the domain manager
launchers launcher programs for the travel sample
services non-SCA services used by the travel sample
testdomain scratch directory for trying out the domain manager
util utility code used by other parts of the travel sample
Note 1: The travel sample depends on the Apache Tuscany SCA Java 1.x binary
distribution, which is downloaded separately from the travel sample.
To avoid needless duplication, the "lib" directory of the travel sample only
contains dependencies that aren't provided in the Apache Tuscany SCA Java 1.x
binary distribution. The 1.0 release of the travel sample has been tested
with Apache Tuscany SCA Java 1.6.
Note 2: The 1.0 release of the travel sample is not compatible with
Apache Tuscany SCA Java 2.x.
Note 3: Before attempting to build or run the travel sample, you will need
to download the Apache Tuscany SCA Java 1.6 (or later 1.x release) binary
distribution and set your TUSCANY_HOME environment variable to a local
directory containing the unpacked binary distribution.
Overview of the travel sample
-----------------------------
The travel sample consists of a number of related scenarios. For each
scenario, this section lists the following:
Description: A description of the scenario.
Contributions: SCA contributions used in the scenario. Each contribution
is a subdirectory of the travelsample/contributions directory.
Launchers: Launchers used in the scenario. Each launcher is a subdirectory
of the travelsample/launchers directory.
Services: Non-SCA services used in the scenario, if any. Each non-SCA
service is a subdirectory of the travelsample/services directory.
Clients: Non-SCA clients used in the scenario, if any. Each non-SCA
client is a subdirectory of the travelsample/clients directory.
Webapp: Web application (.war) file used to run the scenario, for those
scenarios that use contributions packaged as web applications and
deployed in a Web application server such as Tomcat.
Details of how to build and run these scenarios can be found in later
sections of this file.
1) Jumpstart - First simple example of using Tuscany
Description: The jumpstart launcher shows the code needed to load an
SCA contribution and invoke a method. The introducing-trips contribution
shows how to package an SCA component in a contribution.
Contributions: introducing-trips
Launchers: jumpstart
2) Introducing - Simplified introduction to the travel application
Description: This scenario introduces a simplified form of the travel
booking application that will be developed and extended by other
scenarios in the travel sample. This scenario gives a clearer picture
than jumpstart of how SCA applications are constructed because it
shows multiple SCA components connected together with references wired
to services.
Contributions: introducing-client, introducing-tours, introducing-trips
Launchers: introducing
3) Introducing (distributed) - Distributed services with a domain manager
Description: We're using the same SCA components, services, and implementations
as in the previous scenario but with a big difference--they're distributed
across multiple execution nodes and they make remote calls to each other
using configuration information provided by the Tuscany domain manager.
For simplicity these nodes are represented as different processes running on
a single computer, though the domain manager configuration could easily be
modified to run the nodes on different computers communicating across a network.
Contributions: introducing-client, introducing-tours, introducing-trips
Launchers: introducing-client, introducing-domain, introducing-tours,
introducing-trips
4) Using SCA - Defining and using SCA Components
Description: The examples in this scenario show how to define SCA components
and how to use SCA components in a business application. This "guided tour"
consists of code samples illustrating the major features of SCA components
including implementations, services, interfaces, references, wires, properties,
bindings and domains.
Contributions: usingsca
Launchers: usingsca
5) Building blocks - Using SCA composites as application building blocks
Description: We're looking at how to create composite applications using
SCA composites as building blocks. The ToursImpl composite shows how to
use a composite as a component implementation (black box reuse) and the
ToursImplInclude composite demonstrates including one composite in another
(white box reuse). The ToursAppl composite combines both of these kinds
of reuse and shows how easy it is to build a full composite application
using building blocks.
Contributions: buildingblocks, buildingblocks-client, introducing-trips
Launchers: buildingblocks
6) Interaction - Different SCA interaction styles
Description: Each SCA interaction pattern is demonstrated using a component
from the travel booking application. We�re going to see the Hotel, Calendar,
CurrencyConverter and ShoppingCart components used here. These components
don't work in isolation so for each interaction pattern we've written a
simple client component. For example, the InteractionLocalClient component
demonstrates local interactions by sending a local message to the Calendar
component. The launcher starts two nodes (node1 and node2) which are used
to run samples for all of the interaction patterns. The first node "node1"
loads the contributions common, currency, calendar, shoppingcart, and
interaction-client, and runs the client.composite from the interaction-client
contribution. The local interaction patterns are demonstrated by clients
calling the currency, calendar, and shoppingcart components locally within
node1. The second node node2 loads the contributions common, hotel, and
interaction-service-remote, and runs the service.composite from the
interaction-service-remote contribution. This node provides the hotel
component that's used by client components in node1 for sending remote
messages to demonstrate the remote interaction pattern.
Contributions: calendar, common, currency, flight, hotel, interaction-client,
interaction-service-remote, shoppingcart
Launchers: interaction
7) Full application - The full interactive travel application
Description: This is the fully functional travel application with a user
interface for booking a trip (either pre-packaged or customized), adding the
trip to a shopping cart, and checking out the purchase using a credit card.
Contributions: car, common, creditcard-payment-jaxb-policy, currency, flight,
fullapp-bespoketrip, fullapp-coordination, fullapp-currency, fullapp-packagedtrip,
fullapp-shoppingcart, fullapp-ui, hotel, payment-spring-policy, scatours,
shoppingcart, travelcatalog, trip, tripbooking
Launchers: fullapp
8) Full application (distributed) - Distributed services with a domain manager
Description: This version of the full travel application uses multiple execution
nodes and the domain manager. The execution nodes all run within the same
process, which isn't very realistic but shows the flexibility of the Tuscany
runtime model which allows nodes to be allocated to processes and computers in
any combination. There's one small difference in the contributions used by this
distributed version: payment-java-policy is used instead of payment-spring-policy
because of an incompatibility between the domain manager and implementation.spring
(see issue TUSCANY-3476).
Contributions: car, common, creditcard-payment-jaxb-policy, currency, flight,
fullapp-bespoketrip, fullapp-coordination, fullapp-currency, fullapp-packagedtrip,
fullapp-shoppingcart, fullapp-ui, hotel, payment-java-policy, scatours,
shoppingcart, travelcatalog, trip, tripbooking
Launchers: fullapp-domain, fullapp-nodes
9) Callback
Description: SCA callbacks are illustrated using a variation of the Payment
service which makes callbacks to the client to perform additional security
checks for large payments.
Contributions: payment-java-callback
Launchers: payment-java-callback
10) Reference passing
Description: We use another variation on the Payment service to show how
SCA service references can be passed as parameters when invoking a service.
The Payment service creates a service reference for the EmailGateway service
and passes this service reference to the CreditCardPayment service. When the
CreditCardPayment service has finished doing the credit card authorization,
it invokes the EmailGateway service using the service reference that was
passed in.
Contributions: payment-java-reference-pass
Launchers: payment-java-reference-pass
11) Help pages
Description: This scenario shows how an SCA application can expose HTML web pages
by using an SCA component with the implementation.resource implementation type.
Contributions: help-pages
Launchers: help-pages
12) Blog feed
Description: An SCA component implementation of a blog is exposed as a
feed via the Atom protocol using binding.atom and via the RSS protocol
using binding.rss. For each protocol there are example implementations
using two different approaches: the getAll() method and the Collection API.
Contributions: blog-feed
Launchers: blog-feed
13) Feed logger
Description: An SCA component implementation is connected to an Atom feed
using binding.atom and an RSS feed using binding.rss. The SCA component
receives and logs entries from both feeds.
Contributions: feed-logger
Launchers: feed-logger
14) Data binding
Description: A Payment component that uses JAXB as its data representation
invokes a CreditCardPayment component that uses SDO to represent its data.
The Tuscany data binding framework converts automatically between these
different data representations.
Contributions: creditcard-payment-sdo, databinding-client, payment-java
Launchers: databinding
15) Policy
Description: The implementation of the Trip component has the tuscany:logging
implementation policy applied to it which means that all invocations of all
its services go through the JDKLoggingPolicyInterceptor class. In addition
the CreditCardPayment service has the "authentication" interaction policy
intent which requires invocations of this service from the Payment component
to use a policy set that satisifies this intent by providing authentication
of the invoking client.
Contributions: creditcard-payment-jaxb-policy, payment-java-policy,
policy-client, trip-policy
Launchers: policy
16) SCA credit card payment service packaged as a web application
Description: The CreditCardPayment service is packaged in a web application
(.war file) including all its Tuscany runtime dependencies and suitable
for deployment to a Web application server such as Apache Tomcat. The
service is configured with a <binding.ws> endpoint which is exposed by
Apache Tomcat and will display its WSDL in response to a ?wsdl request.
The web application also includes a JSP which provides a user interface
for invoking the CreditCardPayment service.
Contributions: creditcard-payment-jaxb, creditcard-payment-webapp
Webapp: creditcard-payment-webapp
17) Payment service with different implementation types
Description: In SCA the technology used to implement a service is encapsulated
by the service and doesn't affect other components that invoke the service.
In this scenario we show how the Payment service can be implemented using a
range of different technologies while providing the same interface and the
same semantics.
17a) implementation.bpel
Description: The Payment service is implemented using a BPEL process.
Contributions: creditcard-payment-jaxb, emailgateway, payment-bpel, payment-bpel-process
Launchers: payment-bpel
17b) implementation.script written in Groovy
Description: The Payment service is implemented using a Groovy script.
Contributions: emailgateway, payment-groovy
Launchers: payment-groovy
17c) implementation.java
Description: The Payment service is implemented using a Java class.
Contributions: creditcard-payment-jaxb, payment-java
Launchers: payment-java
17d) implementation.java with policy
Description: The Payment service is implemented using a Java class, and
the reference from the Payment service to the CreditCardPayment service
is defined as requiring the "authentication" security policy.
Contributions: creditcard-payment-jaxb-policy, payment-java-policy
Launchers: payment-java-policy
17e) implementation.script written in Python
Description: The Payment service is implemented using a Python script.
Contributions: emailgateway, payment-python
Launchers: payment-python
17f) implementation.spring
Description: The Payment service is implemented using a Spring application
context which doesn't use any SCA-specific features.
Contributions: creditcard-payment-jaxb, payment-spring
Launchers: payment-spring
17g) implementation.spring with SCA tags
Description: The Payment service is implemented using a Spring application
context which uses SCA-specific XML elements (tags) to define SCA references
and properties.
Contributions: creditcard-payment-jaxb, payment-spring-scatag
Launchers: payment-spring-scatag
18) SCA currency converter service interoperating with SCA or non-SCA client
Description: In SCA a service can be configured with a variety of bindings
to expose it using a range of different communication protocols. This
scenario contains a number of examples showing the CurrencyConverter service
exposed using different bindings and invoked by SCA or non-SCA clients
using various protocols.
18a) SCA client
Description: The CurrencyConverter service uses the default SCA binding and
is invoked by an SCA client running in the same process.
Contributions: currency
Launchers: currency-converter
18b) CORBA client
Description: The CurrencyConverter service is exposed as a CORBA service
using binding.corba and is invoked by a Java CORBA client running in a
different process.
Contributions: currency, currency-corba
Launchers: currency-converter-corba
Clients: currency-converter-corba
18c) JMS client
Description: The CurrencyConverter service is exposed as a JMS service
using binding.jms and is invoked by an ActiveMQ JMS client running in
a different process.
Contributions: currency, currency-jms
Launchers: currency-converter-jms
Clients: currency-converter-jms
18d) RMI client
Description: The CurrencyConverter service is exposed as an RMI service
using binding.rmi and is invoked by a Java RMI client running in a
different process.
Contributions: currency, currency-rmi
Launchers: currency-converter-rmi
Clients: currency-converter-rmi
18e) JAX-WS client
Description: The CurrencyConverter service is exposed as a web service
using binding.ws and is invoked over SOAP/HTTP by a JAX-WS client
running in a different process.
Contributions: currency, currency-ws
Launchers: currency-converter-ws
Clients: currency-converter-ws-jaxws
18f) Web application JSP client
Description: The CurrencyConverter service is deployed as a web
application using the default SCA binding and is invoked from the
same process by a JSP client that's deployed as part of the same
web application.
Contributions: currency, currency-jsp
Webapp: scatours-contribution-currency-jsp.war
18g) Web application servlet client
Description: The CurrencyConverter service is deployed as a web
application using the default SCA binding and is invoked from the
same process using a servlet in the same web application which
generates HTML to display a client page.
Contributions: currency, currency-servlet
Webapp: scatours-contribution-currency-servlet.war
19) SCA notification service interoperating with non-SCA SMS gateway service
Description: SCA references can invoke non-SCA services using a range
of different communication protocols which are selected by choosing
a suitable binding to configure the reference. This scenario contains
a number of examples showing an SCA Notification service using an
SCA reference configured with different bindings to invoke a non-SCA
SMSGateway service over various different protocols.
19a) SMS gateway CORBA service
Description: The SCA reference uses binding.corba to invoke an SMSGateway
Java CORBA service running in a different process.
Contributions: notification, notification-corba
Services: smsgateway-corba
Launchers: notification-corba
19b) SMS gateway EJB service
Description: The SCA reference uses binding.ejb to invoke an SMSGateway
EJB session bean running on OpenEJB in a different process.
Contributions: notification, notification-ejb
Services: smsgateway-ejb
Launchers: notification-ejb
19c) SMS gateway JMS service
Description: The SCA reference uses binding.jms to invoke an SMSGateway
JMS service running on ActiveMQ in a different process.
Contributions: notification, notification-jms
Services: smsgateway-jms
Launchers: notification-jms
19d) SMS gateway RMI service
Description: The SCA reference uses binding.rmi to invoke an SMSGateway
RMI service running in a different process.
Contributions: notification, notification-rmi
Services: smsgateway-rmi
Launchers: notification-rmi
19e) SMS gateway JAX-WS service
Description: The SCA reference uses binding.ws to invoke an SMSGateway
JAX-WS web service running in a different process.
Contributions: notification, notification-ws
Services: smsgateway-jaxws
Launchers: notification-ws
Building the travel sample
--------------------------
Please see the BUILDING file in the travel sample distribution for full
details of how to build the travel sample using Maven or Ant.
Running travel sample scenarios from launcher source directories
----------------------------------------------------------------
After building the travel sample using either Maven or Ant, you can run
all the scenarios that have launchers by using ant scripts in the
subdirectories of the travelsample/launchers directory. For scenarios
that are packaged as web applications and don't have launchers, the next
section describes how you can run these.
You can run the launcher ant scripts as follows:
1. Open a command prompt.
2. Change directory to travelsample/launchers/<launcher-dir> where
<launcher-dir> is the launcher directory for the scenario that you
want to run.
3. Enter the command shown in Table 1 below. This command is usually
"ant run". This runs an ant script that sets the necessary
classpath and invokes the launcher class.
4. Some scenarios require the above steps to be repeated multiple times
with different commands. These cases are indicated by entries in
Table 1 with more than one command listed. For these scenarios, all
the listed commands should be entered in separate command prompts
from the same current directory and in the same order as shown.
5. Some scenarios have a browser-based user interface which is displayed
by entering the URLs shown in Table 1 in a browser after running the
launcher or launchers for the scenario. The recommended browser is
Firefox as some scenarios don't work with Internet Explorer.
Table 1. Running scenarios packaged as launchers and contributions
---------------------------------------------------------------------------------------------------------------
| Scenario Launcher directory Commands URLs |
---------------------------------------------------------------------------------------------------------------
| 1) Jumpstart | jumpstart | ant run | |
---------------------------------------------------------------------------------------------------------------
| 2) Introducing | introducing | ant run | |
---------------------------------------------------------------------------------------------------------------
| 3) Introducing | introducing-client | ant run-domain | |
| (distributed) | | ant run-trips | |
| | | ant run-tours | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
| 4) Using SCA | usingsca | ant run | |
---------------------------------------------------------------------------------------------------------------
| 5) Building blocks | buildingblocks | ant run | |
---------------------------------------------------------------------------------------------------------------
| 6) Interaction | interaction | ant run | |
---------------------------------------------------------------------------------------------------------------
| 7) Full application | fullapp | ant run | http://localhost:8080/scatours |
---------------------------------------------------------------------------------------------------------------
| 8) Full application | fullapp-nodes | ant run-domain | |
| (distributed) | | ant run | http://localhost:8080/scatours |
---------------------------------------------------------------------------------------------------------------
| 9) Callback | payment-java-callback | ant run | |
---------------------------------------------------------------------------------------------------------------
| 10) Reference | payment-java-reference-pass | ant run | |
| passing | | | |
---------------------------------------------------------------------------------------------------------------
| 11) Help pages | help-pages | ant run | http://localhost:8085/help/index.html |
---------------------------------------------------------------------------------------------------------------
| 12) Blog feed | blog-feed | ant run | http://localhost:8090/BlogAtom |
| | | | http://localhost:8090/BlogRSS |
| | | | http://localhost:8090/BlogAtomAPIs |
| | | | http://localhost:8090/BlogRSSAPIs |
---------------------------------------------------------------------------------------------------------------
| 13) Feed logger | feed-logger | ant run | |
---------------------------------------------------------------------------------------------------------------
| 14) Data binding | databinding | ant run | |
---------------------------------------------------------------------------------------------------------------
| 15) Policy | policy | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17) Payment service implementation types |
| |
| Impl type Launcher directory Commands URLs |
---------------------------------------------------------------------------------------------------------------
| 17a) BPEL | payment-bpel | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17b) Groovy | payment-groovy | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17c) Java | payment-java | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17d) Java + policy | payment-java-policy | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17e) Python | payment-python | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17f) Spring | payment-spring | ant run | |
---------------------------------------------------------------------------------------------------------------
| 17g) Spring SCA tags | payment-spring-scatag | ant run | |
---------------------------------------------------------------------------------------------------------------
| 18) Currency converter service binding types |
| |
| Binding type Launcher directory Commands URLs |
---------------------------------------------------------------------------------------------------------------
| 18a) SCA | currency-converter | ant run | |
---------------------------------------------------------------------------------------------------------------
| 18b) CORBA | currency-converter-corba | ant run | |
| | | ant run-client | |
---------------------------------------------------------------------------------------------------------------
| 18c) JMS | currency-converter-jms | ant run | |
| | | ant run-client | |
---------------------------------------------------------------------------------------------------------------
| 18d) RMI | currency-converter-rmi | ant run | |
| | | ant run-client | |
---------------------------------------------------------------------------------------------------------------
| 18e) WS | currency-converter-ws | ant run | |
| | | ant run-client | |
---------------------------------------------------------------------------------------------------------------
| 19) Notification reference binding types |
| |
| Binding type Launcher directory Commands URLs |
---------------------------------------------------------------------------------------------------------------
| 19a) CORBA | notification-corba | ant run-smsgateway | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
| 19b) EJB | notification-ejb | ant run-smsgateway | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
| 19c) JMS | notification-jms | ant run-smsgateway | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
| 19d) RMI | notification-rmi | ant run-smsgateway | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
| 19e) WS | notification-ws | ant run-smsgateway | |
| | | ant run | |
---------------------------------------------------------------------------------------------------------------
Running travel sample scenarios in a Web application server
-----------------------------------------------------------
Some scenarios are packaged as web applications (.war files) and don't
have launchers. After building the travel sample using either Maven or Ant,
you can use a Web application server to run these scenarios.
You can run these web applications as follows:
1. Deploy the web application (.war) file to a Web application server
such as Tomcat. The .war file can be found in the directory
travelsample/contributions/<contrib-dir>/target where <contrib-dir>
is the contribution directory listed in Table 2 below. The name of
the .war file is scatours-contribution-<contrib-dir>.war.
2. Display the browser-based user interface for the scenario by entering
its URLs in a browser. The URLs for each scenario are shown in Table 2.
The host and port in these URLs may need to be changed depending on the
configuration of the Web application server in which the web application
is deployed. These scenarios work in both Firefox and Internet Explorer.
Table 2. Running scenarios packaged as web applications
-------------------------------------------------------------------------------------------------------------------------------------------------
| Scenario | Contribution directory | URLs |
-------------------------------------------------------------------------------------------------------------------------------------------------
| 16) Credit card | creditcard-payment-webapp | http://localhost:8080/scatours-contribution-creditcard-payment-webapp |
| webapp service | | http://localhost:8080/scatours-contribution-creditcard-payment-webapp/CreditCardPayment?wsdl |
-------------------------------------------------------------------------------------------------------------------------------------------------
| 18f) Currency | currency-jsp | http://localhost:8080/scatours-contribution-currency-jsp |
| converter JSP | | |
-------------------------------------------------------------------------------------------------------------------------------------------------
| 18g) Currency | currency-servlet | http://localhost:8080/scatours-contribution-currency-servlet |
| converter | | |
| servlet | | |
-------------------------------------------------------------------------------------------------------------------------------------------------
Running the domain manager
--------------------------
The travelsample/testdomain directory is provided for the purpose
of running the domain manager and creating your own configuration.
You can do this as follows:
1. Open a command prompt and make travelsample/testdomain your
current directory.
2. Enter "ant run" to start the domain manager.
3. In a browser, start the domain manager GUI by entering the URL
"http://localhost:9990/ui/home". The recommended browser is Firefox
because the domain manager GUI doesn't work with Internet Explorer.
4. In the browser window, create or update your domain manager
configuration using the domain manager GUI.
5. To exit the domain manager, enter "q" in the command prompt window.
The domain configuration is saved automatically and will be
restored the next time you start the domain manager.
6. If you want to remove your saved configuration and start again from
a clean slate, enter either "ant clean" or "mvn clean" from the
command prompt window.
Running travel sample scenarios from the "binaries" directory
-------------------------------------------------------------
If the travel sample was built from the distribution using Ant or Maven,
a binary package for the travel sample will be created in the binaries/target
directory and its subdirectories. This binary package contains all the built
jar and war files and runtime dependencies for these files. By looking at the
contents of the binaries/target directory tree you can see how to package a
Tuscany application in binary form for distribution to users of the application.
The following subdirectories of binaries/target contain jar and war files
for the travel sample:
clients - non-SCA clients using various communication technologies
contributions - SCA contributions for the travel sample
launchers - executable launchers for the travel sample
services - non-SCA services using various communication technologies
util - jar files needed by other jars in the travel sample
webapps - war files for the travel sample
The following subdirectories of binaries/target contain runtime dependencies
for the above files:
domainconfig - domain configuration files
jaxws - JAX-WS runtime jars neeed when running the travel sample on JDK 5
lib - Tuscany runtime jars and their dependencies needed by the travel sample
(only present if the travel sample was built using "mvn -Pselfcontained")
ode - JPA Derby database needed by the ODE runtime
openejb - OpenEJB 3.1.2 runtime jars needed by the travel sample
To use the binary package to run the travel sample scenarios packaged with
launchers, you can do the following:
1. Open a command prompt.
2. Change directory to travelsample/binaries/target/<runtime-dir> where
<runtime-dir> is the directory for the scenario shown in Table 3 below.
3. Enter the command for the scenario shown in Table 3. This runs an
ant script that sets the necessary classpath and invokes the launcher class.
4. Some scenarios require the above steps to be repeated multiple times
with different commands. These cases are indicated by entries in
Table 3 with more than one directory and command listed. For these
scenarios, all the listed commands should be entered in separate command
prompts from the listed current directories in the same order as shown.
5. Some scenarios have a browser-based user interface which is started
by entering the URL shown in Table 3 in a browser after running the
launcher or launchers for the scenario. The recommended browser is
Firefox as some scenarios don't work with Internet Explorer.
Table 3. Running scenarios with launchers from the binaries/target directory
-------------------------------------------------------------------------------------------------------------------
| Scenario Directory Commands URLs |
-------------------------------------------------------------------------------------------------------------------
| 1) Jumpstart | not available when running from binaries/target |
-------------------------------------------------------------------------------------------------------------------
| 2) Introducing | launchers | ant run-introducing | |
-------------------------------------------------------------------------------------------------------------------
| 3) Introducing | launchers | ant run-introducing-domain | |
| (distributed) | launchers | ant run-introducing-trips | |
| | launchers | ant run-introducing-tours | |
| | launchers | ant run-introducing-client | |
-------------------------------------------------------------------------------------------------------------------
| 4) Using SCA | launchers | ant run-usingsca | |
-------------------------------------------------------------------------------------------------------------------
| 5) Building blocks | launchers | ant run-buildingblocks | |
-------------------------------------------------------------------------------------------------------------------
| 6) Interaction | launchers | ant run-interaction | |
-------------------------------------------------------------------------------------------------------------------
| 7) Full application | launchers | ant run-fullapp | http://localhost:8080/scatours |
-------------------------------------------------------------------------------------------------------------------
| 8) Full application | launchers | ant run-fullapp-domain | |
| (distributed) | launchers | ant run-fullapp-nodes | http://localhost:8080/scatours |
-------------------------------------------------------------------------------------------------------------------
| 9) Callback | launchers | ant run-payment-java-callback | |
-------------------------------------------------------------------------------------------------------------------
| 10) Reference | launchers | ant run-payment-java-reference-pass | |
| passing | | | |
-------------------------------------------------------------------------------------------------------------------
| 11) Help pages | launchers | ant run-help-pages | http://localhost:8085/help/index.html |
-------------------------------------------------------------------------------------------------------------------
| 12) Blog feed | launchers | ant run-blog-feed | http://localhost:8090/BlogAtom |
| | | | http://localhost:8090/BlogRSS |
| | | | http://localhost:8090/BlogAtomAPIs |
| | | | http://localhost:8090/BlogRSSAPIs |
-------------------------------------------------------------------------------------------------------------------
| 13) Feed logger | launchers | ant run-feed-logger | |
-------------------------------------------------------------------------------------------------------------------
| 14) Data binding | launchers | ant run-databinding | |
-------------------------------------------------------------------------------------------------------------------
| 15) Policy | launchers | ant run-policy | |
-------------------------------------------------------------------------------------------------------------------
| 17) Payment service implementation types |
| |
| Impl type Directory Commands URLs |
-------------------------------------------------------------------------------------------------------------------
| 17a) BPEL | launchers | ant run-payment-bpel | |
-------------------------------------------------------------------------------------------------------------------
| 17b) Groovy | launchers | ant run-payment-groovy | |
-------------------------------------------------------------------------------------------------------------------
| 17c) Java | launchers | ant run-payment-java | |
-------------------------------------------------------------------------------------------------------------------
| 17d) Java + policy | launchers | ant run-payment-java-policy | |
-------------------------------------------------------------------------------------------------------------------
| 17e) Python | launchers | ant run-payment-python | |
-------------------------------------------------------------------------------------------------------------------
| 17f) Spring | launchers | ant run-payment-spring | |
-------------------------------------------------------------------------------------------------------------------
| 17g) Spring SCA tags | launchers | ant run-payment-spring-scatag | |
-------------------------------------------------------------------------------------------------------------------
| 18) Currency converter service binding types |
| |
| Binding type Directories Commands URLs |
-------------------------------------------------------------------------------------------------------------------
| 18a) SCA | launchers | ant run-currency-converter | |
-------------------------------------------------------------------------------------------------------------------
| 18b) CORBA | launchers | ant run-currency-converter-corba | |
| | clients | ant run-currency-converter-corba | |
-------------------------------------------------------------------------------------------------------------------
| 18c) JMS | launchers | ant run-currency-converter-jms | |
| | clients | ant run-currency-converter-jms | |
-------------------------------------------------------------------------------------------------------------------
| 18d) RMI | launchers | ant run-currency-converter-rmi | |
| | clients | ant run-currency-converter-rmi | |
-------------------------------------------------------------------------------------------------------------------
| 18e) WS | launchers | ant run-currency-converter-ws | |
| | clients | ant run-currency-converter-ws-jaxws | |
-------------------------------------------------------------------------------------------------------------------
| 19) Notification reference binding types |
| |
| Binding type Directories Commands URLs |
-------------------------------------------------------------------------------------------------------------------
| 19a) CORBA | services | ant run-smsgateway-corba | |
| | launchers | ant run-notification-corba | |
-------------------------------------------------------------------------------------------------------------------
| 19b) EJB | services | ant run-smsgateway-ejb | |
| | launchers | ant run-notification-ejb | |
-------------------------------------------------------------------------------------------------------------------
| 19c) JMS | services | ant run-smsgateway-jms | |
| | launchers | ant run-notification-jms | |
-------------------------------------------------------------------------------------------------------------------
| 19d) RMI | services | ant run-smsgateway-rmi | |
| | launchers | ant run-notification-rmi | |
-------------------------------------------------------------------------------------------------------------------
| 19e) WS | services | ant run-smsgateway-jaxws | |
| | launchers | ant run-notification-ws | |
-------------------------------------------------------------------------------------------------------------------
Some scenarios are packaged as web applications and don't have launchers.
You can run these using .war files from the binaries/target/webapps
directory as follows:
1. Deploy the web application (.war) file to a Web application server
such as Tomcat. The .war file can be found in the directory
travelsample/binaries/target/webapps and has the name listed in
Table 4 below.
2. Display the browser-based user interface for the scenario by entering
its URLs in a browser. The URLs for each scenario are shown in Table 4.
The host and port in these URLs may need to be changed depending on the
configuration of the Web application server in which the web application
is deployed. These scenarios work in both Firefox and Internet Explorer.
Table 4. Running scenarios packaged as web applications
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| Scenario | Web application file | URLs |
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| 16) Credit card | scatours-contribution-creditcard-payment-webapp.war | http://localhost:8080/scatours-contribution-creditcard-payment-webapp |
| webapp service | | http://localhost:8080/scatours-contribution-creditcard-payment-webapp/CreditCardPayment?wsdl |
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| 18f) Currency | scatours-contribution-currency-jsp.war | http://localhost:8080/scatours-contribution-currency-jsp |
| converter JSP | | |
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| 18g) Currency | scatours-contribution-currency-servlet.war | http://localhost:8080/scatours-contribution-currency-servlet |
| converter | | |
| servlet | | |
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------
Building and running the self-contained travel sample
-----------------------------------------------------
The travel sample can be built using the "mvn -Pselfcontained" command. This
puts all of its runtime dependencies under the binaries/target directory and
doesn't use any files from the Tuscany SCA Java binary distribution.
If the travel sample has been built in this way, you can run it as described
in the previous section using the same ant scripts. Alternatively you can
use the "java -jar" command to run the travel sample executable jars directly
using the manifest dependencies in the jar files. For example, the commands
ant run-currency-converter-ws
ant run-currency-converter-ws-jaxws
ant run-smsgateway-corba
could be replaced by the commands
java -jar scatours-launcher-currency-converter-ws.jar
java -jar scatours-client-currency-converter-ws-jaxws.jar
java -jar scatours-service-smsgateway-corba.jar
Cross-reference of contributions to scenarios
---------------------------------------------
The following table shows which contributions are used in which scenarios.
contributions/blog-feed 12
contributions/buildingblocks 5
contributions/buildingblocks-client 5
contributions/calendar 6
contributions/car 7, 8
contributions/common 6, 7, 8, 15
contributions/creditcard-payment-jaxb 17a, 17c, 17f, 17g, 16
contributions/creditcard-payment-jaxb-policy 7, 8, 15, 17d
contributions/creditcard-payment-sdo 14
contributions/creditcard-payment-webapp 16
contributions/currency 6, 7, 8, 18a, 18b, 18c, 18d, 18e, 18f, 18g
contributions/currency-corba 18b
contributions/currency-jms 18c
contributions/currency-jsp 18f
contributions/currency-rmi 18d
contributions/currency-servlet 18g
contributions/currency-ws 18e
contributions/databinding-client 14
contributions/emailgateway 17a, 17b, 17e
contributions/feed-logger 13
contributions/flight 6, 7, 8
contributions/fullapp-bespoketrip 7, 8
contributions/fullapp-coordination 7, 8
contributions/fullapp-currency 7, 8
contributions/fullapp-packagedtrip 7, 8
contributions/fullapp-shoppingcart 7, 8
contributions/fullapp-ui 7, 8
contributions/help-pages 11
contributions/hotel 7, 8
contributions/interaction-client 6
contributions/interaction-service-remote 6
contributions/introducing-client 2, 3
contributions/introducing-tours 2, 3
contributions/introducing-trips 1, 2, 3, 5
contributions/notification 19a, 19b, 19c, 19d, 19e
contributions/notification-corba 19a
contributions/notification-ejb 19b
contributions/notification-jms 19c
contributions/notification-rmi 19d
contributions/notification-ws 19e
contributions/payment-bpel 17a
contributions/payment-bpel-process 17a
contributions/payment-groovy 17b
contributions/payment-java 14, 17c
contributions/payment-java-callback 9
contributions/payment-java-policy 8, 15, 17d
contributions/payment-java-reference-pass 10
contributions/payment-python 17e
contributions/payment-spring 17f
contributions/payment-spring-policy 7
contributions/payment-spring-scatag 17g
contributions/policy-client 15
contributions/scatours 7, 8
contributions/shoppingcart 6, 7, 8
contributions/travelcatalog 7, 8
contributions/trip 7, 8
contributions/tripbooking 7, 8
contributions/trip-policy 15
contributions/usingsca 4
|
