LANSA’s data integration software simplifies exchanging data between applications and transferring files and documents between businesses. It enables bi-directional flows of data and/or files in almost any format including XML, text, image, email, PDF, Microsoft Excel, EDI X12 and EDIFACT.
LANSA Integrator is strategic middleware that provides tools and services to enable:
- Application-to-application data exchanges.
- Business-to-business document transfer and data interchanges.
- Automating manual data integration processes.
- Simplified data integration solution design and reduced development effort.
Integrator comprises services for data transformation, communications, email, messaging and web services, complemented by interface tools and utilities. It supports multiple data formats, including XML, EDI, text, video, SMS, email, Microsoft Excel workbooks, PDF files and relational databases. Developers can use these services in their integration applications to transform data from one format to another. It supports multiple data transport methods to move data including HTTP, FTP, SFTP, web services and message queue software. Any application can call Integrator's services using simple APIs.
Integrator's interface tools provide ready-made functions and APIs that developers can use in their applications. Developers can also extend Integrator's capabilities by adding their own functions and services.
The User Agent is a deployable utility for managing file transfers. Users can send data in Excel workbooks, text files or XML files from their desktop, laptop or mobile device to remote servers. Developers can customize the User Agent so that users can initiate file transfers by clicking an icon, thereby simplifying the management of recurring file uploads to a server.
Integrator's administration utility is a tool designed to assist system administrators who manage LANSA Integrator.
The Java Service Manager provides the infrastructure and management services that co-ordinate Integrator's data integration services.
How can you use Integrator?
LANSA Integrator is data integration software for integrating applications and sending data to/from customers, suppliers and partners. It includes services that developers can use to manage integration interfaces, call upon communications protocols and transform data from one format to another. With Integrator, developers don't need a deep knowledge of the underlying technologies used to build integration solutions.
Examples of how to use the LANSA data integration software:
- Send orders to a manufacturer automatically as XML, text, email or in an EDI format .
- Transfer files securely from desktop or laptop computers to remote servers.
- Send data from a mobile device to an application running on a server.
- Generate SMS text messages to a mobile device describing the status of orders or deliveries in real-time.
- Connect a Java-based credit card application to an order entry system.
- Integrate back-office applications using data formatted as XML and sent via IBM WebSphere MQ messaging services.
- Provide PDF documents, secured with digital certificates and password protected, sent via email for contract negotiations and agreements.
- Provide web service interfaces to existing line-of-business applications.
- Send procurement documents to suppliers and receiving acknowledgements from suppliers.
- Receive a text file via FTP, converting it to a PDF and sending the PDF as an email attachment.
Some of your customers, suppliers or partners may mandate the use of XML or EDI to exchange data; others may use more generic formats like spreadsheets or text files. Integrator's flexibility allows you to choose from an array of many formats to satisfy any data transformation and integration requirements.
Why should business and corporate executives choose Integrator?
Suppose a new supplier offers you a deal that provides products, with improved customer service at a reduced cost, but requires an application-to-application interface that your line-of-business (LOB) applications do not support. To take advantage of the deal and purchase from this supplier you will have to develop additional interfaces to your LOB applications that conform to the interface requirements prescribed by the supplier's application.
Without Integrator, your developers must build both the interfaces to extract data from your LOB applications and the data integration services that Integrator already provides. If your developers don't have integration skills or tools, you will have to outsource the work to build the interfaces and the services.
With Integrator, your developers build only the interfaces to extract data from your LOB applications and pass the data to Integrator. They define which Integrator services to use to transform the data to a format that complies with the interface requirement of the supplier's application.
Don't overlook the fact that you can also use Integrator to automate and/or improve the efficiency of interfaces with existing suppliers.
Your developers will be more productive when using Integrator. The interfaces will be developed quickly so that your company can begin a relationship with a new supplier sooner.
Why developers should use Integrator?
The technologies used in application interfaces are many and complex. Developers must learn the technologies and their APIs or find an alternative way to build the interfaces. Integrator provides ready-made interfaces for the technologies including XML, web services, message queues and email. Developers issue commands like connect, get and put and Integrator manages the interfaces to the underlying APIs and services. Developing interfaces and transforming data is easier using Integrator and also the integration solutions are less error prone.
Integrator's APIs and built-in functions simplify the task of building interfaces using Visual LANSA or RPG which results in faster development and implementation of integration requirements.
Integrator manages web services to provide interoperable data exchange across heterogeneous computing platforms. Using web services, companies can implement application-to-application integration across corporate boundaries. A customer's LOB application can place an order by accessing an order processing web service. The data integration software design requires no amendments for specific customers and the order entry program requires only the addition of an interface to Integrator to publish the web service. Integrator takes care of the data transformations, the web service interfaces and the request-response process management.
A complex task made easier
What is the most difficult task associated with developing and deploying applications? The answer is designing and building data flows to link a new application with existing applications, especially data flows that cross corporate boundaries. How do you send data from one application to another? How do you exchange files with suppliers, especially when you have little control over the data format and transport mechanisms? How do you manage data transformation and ensure applications receive data in a format they understand? These are the questions to consider when designing data integration software.
Integrator provides the data transformation, transport services and infrastructure that can assist developers when building data integration software solutions. It simplifies integration design by providing the tools needed to receive, extract, transform, and send data. Developers only need to define the data, transformation rules and choose a data transport. Integrator takes care of the detailed work that ensures the data is in the desired format and reaches its destination successfully.
Designing data integration software
Implementing a data integration software solution involves the following actions:
- Defining an interface between the source of the data and Integrator.
- Describing an interface between Integrator and the data's destination.
- Choosing the Integrator services that will extract, transform and send the data.
Developers interact with Integrator's services to manipulate the data using simple commands rather than coding complex APIs. Integrator uses no invasive integration techniques that require changes to source or target applications for the integration to operate successfully.
Let's look at an example. Suppose a company's financial data resides in a database and the requirements are to send balance sheet data to an Excel workbook and an XBRL version of the balance sheet to the company's auditor. The first step is to use Integrator's SQL services to describe the interface to the database. The next step is to define how to transform the data for the workbook so that Integrator's Excel service can create the workbook. The last step is mapping the balance sheet data from the database to XBRL so that Integrator's XML service can create and send the XBRL document.
Integrator's data access services (SQL and file system access) retrieve the financial data. The XML services create an XBRL file, the document and file services generate an Excel workbook, and Integrator uses its data transport services to convey the XBRL file and Excel workbook to their destinations.
- APIs and built-in functions for Visual LANSA and RPG developers
- Ready-made services for application-to-application integration
- Services for enabling business-to-business integration
- Multiple data transformations
- Extensible service catalogue – extend supplied services with customer-built services
- XML and EDI document parsing, generation and transformation
- Real-time and batch data integration and document exchange
- Real-time and batch file transfer
- Event monitoring and trigger capabilities
- Deployable file transfer utility (User Agent) for uploading files to remote servers
LANSA Integrator architecture
- Integrator's Java Service Manager manages interfaces and marshals services
- Fast and scalable multi-threading in a single Java Virtual Machine
- Integrator Studio (property editor and management tools)
- Secure communications (e.g. HTTPS, SFTP, TLS and SSL)
- Extensive tracing and logging for debug and audit
- LANSA Repository for metadata management
Document and file services
- File management (move, copy, delete)
- PDF service to create text and graphical PDF documents
- ZIP service to create and extract archive files and directories
Data access services
- Access data using SQL from ODBC or JDBC databases including DB2 on IBM i, Microsoft SQL Server, Oracle, Sybase, and MySQL
- File formats include CSV, TSV and TXT
- Microsoft Excel workbooks
- LANSA working list services
- Remote function invocation for Java developers
- Supports ASC X12 and UN/EDIFACT EDI file formats and Standard Exchange Format Editor
- Handles data encoding Unicode, ASCII and EBCDIC
- Manages multiple clients with different encoding and locale information simultaneously
- Send and receive email messages (POP3 and SMTP)
- Email attachments
- Messaging interfaces support ActiveMQ (Apache), SonicMQ (Progress Software), Rendezvous (Tibco), WebLogic JMS (Oracle) and WebSphere MQ (IBM)
- Supports Java Message Services API
- Send SMS text messages via SMTP or HTTP
- REST, SOAP and XML web services
- Automatically generates XSL style sheets for data transformation (XSLT)
- Embedded XML parser with XML editor
- Visual XML Wizard maps XML schemas and XML documents to LANSA and 3GL program data structures
- Read, write and parse XML
- Supports streamed XML
- Validate XML documents using DTD and XML schema grammars
- Transport services include HTTP, HTTPS, FTP, SFTP, SMTP, POP3 and messaging software
- JSM Direct HTTP service extension for web services
- EDIINT AS2, AS3 and EDI
- Secure SMTP email
- TCP/IP versions 4 and 6
- DB2 on IBM i (System i, iSeries, AS/400) servers
- Microsoft SQL Server, MySQL, Oracle and Sybase on Windows servers
- Oracle on Linux servers
- JDBC accessible databases
IBM i specific services
- Native services support data queues, message queues and user space communications
- Read and write documents stored in the Integrated File System
Integrator's services for transforming and transporting data make it the "Swiss Army Knife" of data integration. When developers confront a situation requiring data exchange and/or transformation there is an Integrator service that can simplify the task, and they can extend Integrator's functionality by developing their own services or requesting LANSA to build services.
Here’s an explanatory list of all the services Integrator provides.Expand All
|Electronic Data Interchange (EDI)||EDI is a set of standards for structuring business documents exchanged between businesses, organizations and government
Integrator's EDI services can:
|Applicability Statement (AS2 and AS3)||The AS2/AS3 specification defines how to transport data securely over the Internet using digital certificates and data
encryption.Integrator's AS2 and AS3 file transfer services can:
|Excel service||The Excel service reads and/or creates Microsoft Excel workbooks.
Use case: Many companies distribute information in spreadsheet format as a convenient way to exchange data between suppliers and partners. Developers can use the service to create an Excel workbook including data extracted from a corporate database or line-of-business application, and then use the SMTP mail service to send the workbook to users on a distribution list.
|PDF service for documents||The PDF service provides developers with the tools to generate PDF documents including text, images, bar codes and QR
Use case: An application can merge data and images into PDF documents and optionally add password protection to distribute information in read-only mode.
|PDF service for IBM i spooled files||This service generates PDF documents from IBM i spooled files.
Use case: Using this PDF service, developers can write applications that automatically convert reports (spool files) to PDF documents and send them to nominated recipients via email using Integrator's email services.
|Zip service||The zip service accepts one or more files and creates a single compressed (or zipped) file.
Use case: Use the zip service in an online banking application that includes the option to download copies of statements. When a user selects 10 statements, the zip service sends an email containing a single zipped attachment including all 10 statements instead of sending 10 emails or 1 email with 10 attachments.
|SQL service||The SQL service allows IBM i applications developed using LANSA or RPG to access data in databases that reside on other
IBM i, Windows, or Linux servers. Any database with a JDBC driver is accessible, including DB2, MySQL, Oracle and SQL Server.
Use case: Developers can use the SQL service to include data from multiple databases in an application. For example, combine product item data from a DB2 database (IBM i server), customer data from a SQL Server database (Windows server), and logistics data from an Oracle database (Linux server).
|File system management||The file system management service allows applications to manipulate objects in a server's file system, such as the Integrated File System (IFS) on an IBM i server. Applications can perform actions including copy, rename and delete.|
|LDAP service||The Lightweight Directory Access Protocol (LDAP) service provides developers with the tools to access and retrieve information from LDAP directories. Examples are accessing telephone numbers, email addresses and network devices such as printers.|
|POP3 mail service||The POP3 service enables applications to receive email messages and examine their content including sender details,
subject, message text and attachments.
Use case: Use the mail service for task management in Human Resources (HR) processes. Employees can send email messages to a HR email address and an application can examine the message content and then create a workflow task for a person or group in HR.
|SMTP mail service||The Simple Mail Transfer Protocol (SMTP) mail service enables applications to send email messages. Applications can
set property values such as recipient addresses, subject and message text, content type and character encoding, and also
include one or more attachments.
The service also supports a variety of encryption techniques.
Use case: Use this service to distribute PDF copies of month-end reports, or automatically respond to data in incoming email messages.
|File transfer||Integrator provides multiple options for sending and receiving files:
|Message services||Message services enable programs to send messages and files to message management software such as IBM WebSphere MQ. Programs create messages, pass them to Integrator using commands such as send and receive, and Integrator provides the interfaces to the messaging software. The messaging software transports messages and files to their destinations. Use case: Using the message services and WebSphere MQ, an RPG application can receive an order on an IBM i server in Chicago, send the order to a Windows server in London and fulfil the inventory from a German warehouse managed by software running on an AIX server in Berlin.|
|SMS service||The SMS service allows an application to send Short Message Service (SMS) text messages to mobile devices.
Use case: A typical use of the SMS service is to automate sending messages to on-call employees when events occur, for example sending messages to engineers when a failure occurs in a production process, or to data centre staff to indicate the status of long-running jobs.
|SOAP||The Simple Object Access Protocol (SOAP) services provide tools to consume or publish web services using the Web Services
Description Language (WSDL).
Applications can use a web service to retrieve product information from a manufacturer, or publish a web service that accepts orders and updates an ERP system.
Use case: A web service that accepts orders can receive an order from a customer, call a distributor's web service to determine stock availability, then call the UPS web service to calculate shipping price, and finally send back an order confirmation.
|REST||REST (Representational State Transfer) defines a set of architectural principles for building HTTP-based web services.
Integrator's REST services support these principles and developers can implement the example above using REST web services.
|XML service||The XML services provide tools for developer to use when working with XML files including reading, parsing, creating,
sending and receiving the files.
Integrator can read and parse any XML document and map it into data structures in an application.
Use case: Integrator can receive AS2 encrypted documents via SOAP, map the XML documents into IBM i files, then create XML invoices.
The data transport services provide multiple ways to send and receive data.
|FTP service||The FTP service allows an application to send and receive files to or from servers and supports both standard and secure
FTP. Service commands include connecting to a server, creating, deleting, renaming and navigating folders on the server,
creating and deleting files, and transferring files to or from a server.
Developers can automate moving files from one server to another, regardless of platform or operating system.
Use case: Moving daily sales and/or customer data from several servers to a business intelligence server.
|HTTP and HTTPS||Transport data across the Internet.|
|FTP, FTPS and SFTP||Send and receive files to or from one computer to another.
|Messaging software and Java Message Services||Send and receive data via messages.
Integrator supports messaging software interfaces for ActiveMQ (Apache), WebSphere MQ (IBM), SonicMQ (Progress Software) and Tibco Rendezvous (Tibco).
Java Message Service (JMS) API is message middleware for sending messages between applications.
|SMTP and POP3||Send and receive email messages and attachments.|
|Remote Function Invocation (RFI) service||The Remote Function Invocation (RFI) service allows Java programs to interact with RPG or LANSA programs to access data
on IBM i servers without using JDBC. The data in a data structure on an IBM i server can be a row from a database table,
a collection of data combined from multiple data sources, data from a file in the IFS, or even a single data item.
Java programs work with the data as if it is a local object and can send objects to, or receive objects from the RFI service
as serialised, class-like objects. Data is available in read-only mode or Java programs can update the data. When a Java
program updates data it can send a revised copy of the object to a program on a server via the RFI service.
For example, a distributor who requires real-time access to a manufacturer's ERP system running on an IBM i server can use a Java program to access stock availability, pricing and shipping data on the server from a Linux server, Windows desktop computer or mobile device.
Advantages of the RFI service are:
Java programs can run on any server, computer or mobile device that has a Java Virtual Machine (JVM), including IBM i, IBM AIX, IBM z/OS, Windows, Oracle Solaris, Linux, Apple iOS and Android.
Java programs can run on the same server as the RPG or LANSA programs or on a remote server, desktop computer or mobile device.
|aXes Terminal Service||The aXes Terminal Service allows an application to connect to and interact with aXes Terminal Server to navigate, interrogate
and/or edit 5250 application screens on IBM i servers. Applications can interact directly with 5250 applications running
on the same or remote IBM i servers.
Applications can issue commands including:
These examples provide insights into how our customers are using Integrator.
The implemented solutions column describes the projects, the transport column defines the protocols used to move data and files, and the formats column identifies the data transformations used.
|Implemented Solutions||Transport||Data Formats|
|Accept customer orders in XML format from a global e-business platform.||HTTP||XML|
|Accept customer orders via multiple business-to-business channels using XML and text files (CSV).||FTP, HTTP||Text (CSV), XML|
|Allow retail and wholesale dealers to submit orders from their procurement systems directly into the company's ordering system to avoid re-keying orders via the website.||HTTP||Text (CSV, TSV), XML|
|Automate a slow and costly manual order entry process to avoid keying errors, paper mishandling and distribution problems.||HTTP||XML|
|Automate an exchange of electronic documents to remove the need for printed copies of the documents.||HTTP|
|Automate receiving orders and integrating with the ERP system to reduce the cost of customer service representatives processing orders manually.||HTTP||MS Excel, text (CSV, TSV), XML|
|Comply with a corporate mandate for integration with Microsoft BizTalk Server using XML as the data format.||FTP||XML|
|Generate PDF reports providing statistics of business activity for distribution by email.||SMTP|
|Implement support for a strategic commitment to XML for real-time integration between applications.||WebSphere MQ||XML|
|Integrate a Windows CRM system and IBM i applications with an outsourced website.||FTP||XML|
|Integrate and share data between government agencies and departments.||FTP, HTTP, SMTP||MS Excel, text (CSV, TSV)|
|Integrate applications running on IBM i servers with in-store kiosks and cash registers to capture sales in real time.||HTTP||Text|
|Integrate data exchanged with an externally hosted WebSphere Commerce site.||WebSphere MQ||EDI, MS Excel, XML|
|Integrate line-of-business applications with amazon.com.||HTTP||XML web services|
|Provide a download for secure PDF files from the company's website.||HTTP|
|Provide a real-time interface with the eHealth Insurance portal.||HTTP||EDI|
|Provide a secure data exchange for sensitive data.||HTTPS, SFTP||MS Excel, text (CSV, TSV)|
|Provide an automated integration solution to remove manual intervention from an insurance quotation process.||HTTP||XML|
|Provide an EDI integration solution that complies with HIPAA code requirements.||FTP, HTTP||EDI|
|Provide an integration solution that accepts both batch and interactive requests and also supports remote procedure calls.||HTTP||SOAP, XML|
|Provide an integration solution that accepts multiple orders in different data formats, from multiple business partners and returns data including order acknowledgements and invoice details.||FTP, SMTP||MS Access, text (CSV), XML|
|Provide an interface to a BPCS ERP system.||HTTP||MS Excel, text (CSV, TSV), XML|
|Provide customers with information in PDF and text files for download from a website.||HTTP|
|Provide sales lead information from a website to the corporate CRM system.||FTP||XML|
|Provide support for receiving files in multiple data formats and exchanging data with customers of varying levels of technical knowledge.||POP3, SMTP||EDI, MS Excel, text (CSV, TSV), XML|
|Receive email attachments from customers and insert them into a line-of-business application.||POP3||EDI, MS Excel, text (CSV, TSV), XML|
|Send documents via EDI to trading partners.||FTP||EDI|
|Synchronise data between a DB2 database on an IBM i server and an Oracle database on a Linux server.||HTTP||SQL, XML|
|Transport data from a line-of-business application to Siebel CRM.||WebSphere MQ||XML|
|Use a web service payment gateway for credit card payments.||HTTP||XML web services|