Jav Api to Read Websphere Mq Message
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Release Information
- About...
-
Release Notes
- New and Enhanced Features for InterSystems IRIS 2021.two
- General Upgrade Information
- Upgrade Compatibility Checklist for InterSystems IRIS 2021.two
- Known Issues and Notes
- Deprecated and Discontinued Features
- Licensing and Use of InterSystems Web Server
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Supported Platforms
- Supported Technologies
- Supported Languages
- Discontinued Platforms and Technologies
- Supported Version Interoperability
- Cross-Production Technology Matrix
- Start Looks
- Downloading Samples
- Searching the Documentation
-
Deployment
- About...
-
Containers
- Nearly...
- First Expect
- Effort a Customs Edition Container
- Running in Containers
-
InterSystems Cloud Director
- About...
- InterSystems Cloud Manager
-
InterSystems Cloud Manager Guide
- ICM Overview
- Essential InterSystems Deject Managing director Elements
- Using InterSystems Cloud Manager
- ICM Reference
- Containerless Deployment
- Sharing ICM Deployments
- Scripting with ICM
- Using ICM with Custom and Third-Party Containers
- Deploying on a Preexisting Cluster
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InterSystems Kubernetes Operator
- About...
- Using the InterSystems Kubernetes Operator
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Installation Kit
- Almost...
- Installation Basics
-
Installation Guide
- Preparing to Install InterSystems IRIS
- Installing InterSystems IRIS on Microsoft Windows
- Installing InterSystems IRIS on UNIX®, Linux, and macOS
- Upgrading InterSystems IRIS
- Creating and Using an Installation Manifest
- Calculation UNIX® Installation Packages to an InterSystems IRIS Distribution
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Configuration
- About...
- Automating Configuration
-
Configuration Parameters
- Introduction to the Configuration Parameter File
- [Actions]
- [ComPorts]
- [config]
- [ConfigFile]
- [Databases]
- [Debug]
- [Devices]
- [DeviceSubTypes]
- [ECP]
- [ECPServers]
- [Gateways]
- [IO]
- [Journal]
- [LicenseServers]
- [Map]
- [MapMirrors]
- [MirrorMember]
- [Mirrors]
- [Miscellaneous]
- [Monitor]
- [Namespaces]
- [SQL]
- [SqlSysDatatypes]
- [SqlUserDatatypes]
- [Startup]
- [Telnet]
- [WorkQueues]
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Data Migration
- Well-nigh...
- Server Migration
-
ISQL Migration Guide
- Overview
-
Transact-SQL (TSQL) Migration Guide
- Planning and Performing TSQL Migration
- InterSystems TSQL Constructs
- InterSystems TSQL Language Elements
- TSQL Commands
- TSQL Settings
- TSQL Functions
- TSQL Variables
- TSQL System Stored Procedures
- DataMove
- Adding Compiled Lawmaking
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Administration
- About...
-
Arrangement Administration
- Using the Management Portal
- Configuring InterSystems IRIS
- Managing InterSystems IRIS
- Managing InterSystems IRIS Licensing
- Using InterSystems IRIS on Windows
- Using InterSystems IRIS on UNIX®, Linux, and macOS
- Connecting to Remote Servers
- Using Multiple Instances of InterSystems IRIS
- Configuring Third-Party Software to Piece of work in Conjunction with InterSystems Products
- Feature Tracker Collects Usage Statistics
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Monitoring
- Well-nigh...
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Monitoring Guide
- Monitoring InterSystems IRIS Using the Management Portal
- Using the InterSystems Diagnostic Report
- Using Log Monitor
- Using System Monitor
- Gathering Global Activity Statistics Using ^GLOSTAT
- Monitoring System Performance Using ^PERFMON
- Monitoring Routine Performance Using ^Profile
- Examining Routine Functioning Using ^%SYS.MONLBL
- Monitoring Block Collisions Using ^BLKCOL
- Monitoring Operation Using ^SystemPerformance
- Monitoring Performance Using ^mgstat
- Monitoring Processes Using ^PERFSAMPLE
- History Monitor
- Monitoring InterSystems IRIS Using SNMP
- Monitoring InterSystems IRIS Using Web Services
- Monitoring InterSystems IRIS Using REST API
- Monitoring InterSystems IRIS Using the irisstat Utility
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Error Reference
- General Error Messages
- SQL Error Messages
- TSQL Fault Messages
- System Error Messages
- Messages Related to Productions
- System Alerting and Monitoring Application
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Specialized Organization Tools and Utilities
- Introduction
- Using System Classes for National Language Back up
- Customizing Start and End Behavior with ^%ZSTART and ^%ZSTOP Routines
- Extending Languages with ^%ZLANG Routines
- Controlling InterSystems IRIS from a Windows Client
- Using ^GBLOCKCOPY for Fast Global Copies
- Using Switches
- Notes on Managing InterSystems IRIS via Routines
- Process Management
- Using cvendian for Byte Club Conversion
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Architecture
- About...
-
Mirroring and High Availability
- Virtually...
- High Availability Solutions
-
High Availability Guide
- Failover Strategies for Loftier Availability
- Mirroring Overview
- Mirroring Architecture and Planning
- Configuring Mirroring
- Managing Mirroring
- Mirror Outage Procedures
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Scalability
- About...
-
Beginning Looks
- Scaling for User Volume
- Scaling for Data Volume
-
Scalability Guide
- InterSystems IRIS Scalability Overview
- Vertically Scaling InterSystems IRIS
- Horizontally Scaling for User Volume with Distributed Caching
- Horizontally Scaling for Data Volume with Sharding
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Resiliency and Information Integrity
- About...
- First Look
-
Data Integrity Guide
- Introduction to Data Integrity
- Write Image Journaling and Recovery
- Backup and Restore
- Journaling
- Data Consistency on Multiple Systems
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Security
- About...
- Nearly InterSystems Security
- System Direction & Security
-
Securing Your Case
- Security Strategy
- Fix for InterSystems Security
- Tighten Security for an Instance
- Security Advisor
- Secure InterSystems Processes and Operating-System Resources
- Checklist for Hardening Your Deployment
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Security Tutorial
-
Authentication
- Authentication Mechanisms
- InterSystems Authentication Components and Process
- Connectedness Tools and Admission Modes
- InterSystems Services
- Specifying Authentication Mechanisms
- Two-Factor Authentication
- Users
- Predefined Users
- Cascading Authentication
- Kerberos Authentication
- Operating System Based Hallmark
- Instance Authentication
- Example Ane: %Service_Console
- Example 1: %Service_Console (cont.)
- Example 1: %Service_Console (cont.)
- Example One: %Service_Console (cont.)
- Example Two: Web
- Example 2: Web (cont.)
- Delegated Authentication
- Delegated Authentication Setup
- ZAuthenticate
- LDAP Authentication
- LDAP Authentication Configuration
- Recap
-
Authorization
- Overview
- Assets and Resource
- Privileges
- Public Privileges
- Privileges, Roles, and Users
- Database Resources
- Namespaces
- Instance Setup
- Example One: %Developer and %Operator Roles
- Example Two: %Evolution Resource
- Example Iii: %DB_USER Resources
- Example Four: $Arrangement.Security.Check
- Epitomize
-
Securing Applications
- Overview
- Three Types of Application Definitions
- Properties of Application Definitions
- Web Awarding Definitions
- Instance Setup
- Instance Setup (cont.)
- Instance One: Disabling an Awarding
- Example Ii: Protecting an Awarding with a Resource
- Case Three: Application Roles
- Instance Four: Matching and Target Roles
- Privileged Routine Applications
- Example Setup
- Instance Setup (cont.)
- Example: Creating a Privileged Routine Awarding Definition
- Example: Adding a Routine
- Instance: Adding Awarding Roles
- Example: Executing the Privileged Routine Application
- Java, .NET, and Other Applications
- Recap
- Connection Tools, Access Modes, Services
- Code for Authorization Example
- Code for Authentication Example
- Lawmaking for Privileged Routine Instance
- Creating a User
- Creating a Resource
- Creating a Function
- Adding a User to a Role
-
Security for Developers
- About...
-
Soap Security
- Introduction
- Setup and Other Common Activities
- Creating and Using Policies
- WS-Policy Configuration Grade Details
- Adding Security Elements Manually
- Adding Timestamps and Username Tokens
- Encrypting the SOAP Torso
- Encrypting Security Header Elements
- Adding Digital Signatures
- Using Derived Key Tokens for Encryption and Signing
- Combining Encryption and Signing
- Validating and Decrypting Entering Letters
- Creating Secure Conversations
- Using WS-ReliableMessaging
- Creating and Adding SAML Tokens
- Troubleshooting Security Problems
- Details of the Security Elements
- SQL Security
- Command-Line Security Utilities
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Authentication and Authorization
- About...
-
First Looks
- Role-Based Admission Control
- LDAP
-
Authentication Guide
- Introduction
- Kerberos Hallmark
- Operating Arrangement–Based Hallmark
- Instance Hallmark
- Delegated Hallmark
- Ii-Factor Authentication
- Services
- Advanced Topics
-
Authority Guide
- About InterSystems Dominance
- Assets and Resources
- Privileges and Permissions
- Roles
- User Accounts
- Applications
- Using Delegated Authority
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LDAP Guide
- LDAP and InterSystems IRIS®
- LDAP Authentication
- LDAP Authorization
- Other LDAP Topics
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OAuth 2.0 & OpenID Connect
- Overview of OAuth 2.0 and OpenID Connect
- How InterSystems IRIS Supports OAuth ii.0 and OpenID Connect
- Using an InterSystems IRIS Web Application as an OAuth 2.0 Client
- Using an InterSystems IRIS Web Awarding as an OAuth ii.0 Resources Server
- Using InterSystems IRIS as an OAuth 2.0 Authorisation Server
- Creating Configuration Items Programmatically
- Implementing DirectLogin()
- Certificates and JWTs (JSON Web Tokens)
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Encryption
- About...
-
Offset Looks
- Database Encryption
- Public Key Infrastructure
- Public Key Infrastructure
-
Encryption Guide
- About Managed Central Encryption
- Key Management Tasks
- Using Encrypted Databases
- Using Data-Element Encryption
- Protecting Against Data Loss
- Handling Emergency Situations
- Additional Encryption Information
- FIPS 140–2 Compliance for Database Encryption
- Cryptographic Standards
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TLS Guide
- About TLS
- Most Configurations
- Configuring the InterSystems IRIS Superserver to Employ TLS
- Configuring InterSystems IRIS Telnet to Use TLS
- Configuring Java Clients to Apply TLS with InterSystems IRIS
- Configuring .NET Clients to Use TLS with InterSystems IRIS
- Configuring Studio to Use TLS with InterSystems IRIS
- Connecting from a Windows Client Using a Settings File
- Configuring InterSystems IRIS to Use TLS with Mirroring
- Configuring InterSystems IRIS to Use TLS with TCP Devices
- Configuring the Web Gateway to Connect to InterSystems IRIS Using TLS
- Establishing the Required Certificate Chain
- Auditing Guide
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Embedded Language Evolution
- About...
- Data Model
-
Orientation Guide
- Introduction to InterSystems IRIS Programming
- A Closer Look at ObjectScript
- Classes
- Objects
- Persistent Objects and InterSystems IRIS SQL
- Namespaces and Databases
- InterSystems IRIS Security
- Localization Support
- Server Configuration Options
- What's That?
- Rules and Guidelines for Identifiers
- Full general System Limits
- Numeric Calculating in InterSystems Applications
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Globals
- About...
- Starting time Wait
- Multidimensional Data Access
-
Using Globals
- Introduction
- Global Construction
- Using Multidimensional Storage (Globals)
- SQL and Object Utilise of Multidimensional Storage
- Managing Globals
- Temporary Globals and the IRISTEMP Database
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ObjectScript
- About...
- First Look
-
ObjectScript IDEs
- Connecting an IDE
- Nearly Visual Studio Lawmaking
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Using Studio
- Introduction to Studio
- Creating Class Definitions
- Adding Properties to a Class
- Adding Methods to a Form
- Adding Class Parameters to a Grade
- Calculation Relationships to a Form
- Calculation Queries to a Grade
- Adding Indices to a Form
- Adding Projections to a Class
- Adding XData Blocks to a Form
- Adding SQL Triggers and Foreign Keys to a Class
- Adding Storage Definitions to a Class
- Working with CSP Files
- Working with Routines and Include Files
- Using the Studio Debugger
- Using Studio Templates
- Studio Menu Reference
- Setting Studio Options
- Frequently Asked Questions About Studio
- Source Control Integration
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Using Last
- Introduction to the Terminal
- Using the Terminal Interactively
- Controlling the Appearance and Behavior of the Terminal
- Using Last Scripts
- Script Command Reference
- Connecting to Remote Hosts
- Using the Terminal in Batch Mode
- Advanced Topics
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Using ObjectScript
- Introducing ObjectScript
- Syntax Rules
- Data Types and Values
- Variables
- Operators and Expressions
- Regular Expressions
- Commands
- Callable User-defined Lawmaking Modules
- ObjectScript Macros and the Macro Preprocessor
- Embedded SQL
- Multidimensional Arrays
- String Operations
- Lock Management
- Transaction Processing
- Mistake Processing
- Command-line Routine Debugging
-
ObjectScript Reference
- Symbols and Abbreviations
- ObjectScript Commands
- Routine and Debugging Commands
- ObjectScript Functions
- ObjectScript Special Variables
- Structured Arrangement Variables
-
ObjectScript Tutorial
-
The Basics
- Introduction
- Course Methods
- Last
- VS Code - ObjectScript
- Practise Command
- Class Methods and Routines
- Method Details
- Passing Arguments by Reference
- Return and Quit Commands
- Write Control
- Read Control
- Gear up Control
- Operator Precedence
- Syntax
- Mutual Errors
- Write (once more) and Kill Commands
- If Construct
- Simple Conditions
- Complex Conditions
- Easily-On Exercise 1
- Class Compilation
- Controlling Execution Flow
- $Case Function
- For Construct
- While and Do/While Constructs
- Try/Grab Construct, and Throw Control
- Multiple Purpose Characters
- Hands-On Exercise two
- Epitomize of Part 1
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The Good Stuff
- Strings
- Storing a String
- Chain Operator
- Design Matching and Regular Expressions
- Blueprint Matching Examples
- String Functions
- Cord Functions, connected
- Lists
- Compare Pieces and Lists
- Setting Substrings, Pieces, and Listing Items
- More List Functions
- Bitstrings
- Dates
- Hands-On Exercise iii
- JavaScript Object Annotation (JSON)
- Arrays
- Ordered Copse
- Ordered Copse, connected
- Value and Existence, and the $Information Office
- Viewing and Killing Arrays
- Globals
- $Increment and $Sequence Functions
- Storage Method
- Storage Method, continued
- Example of Globals
- Hands-On Exercise iv
- Recap of Part 2
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Using Globals
- $Gild Function
- $Order Function, continued
- Working With Indexes
- $Order Loop
- Nested $Lodge Loops
- Starting Focused $Society Loops
- Catastrophe Focused $Order Loops
- Easily-On Exercise 5
- Conversion Functions
- $Become Function
- Hands-On Exercise vi
- Database Integrity
- Lock Command
- Lock Command, continued
- Lock Control and $Test
- Transaction Processing
- Hands-On Do 7
- InterSystems IRIS Objects and SQL
- Object Methods
- Object Storage
- SQL Queries
- Recap Of Part iii
-
RightTriangle Instance Class and Exercise Solutions
- Right Triangle Example Course
- Practise i: Commencement Data Entry Grade
- Exercise two: 2d Data Entry Class
- Exercise 3: Third Data Entry Class
- Exercise 4: Storage Method
- Exercise 5: First Lookup Class
- Exercise 6: Second Lookup Class
- Practice 7: Third Lookup Class
- Try-Take hold of
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Embedded Python
- About...
- Embedded Python Overview
- Using Embedded Python
-
Course Programming
-
Defining & Using Classes
- Basic Ideas in Class Programming
- Defining and Compiling Classes
- Package Options
- Defining and Referring to Class Parameters
- Defining and Calling Methods
- Working with Registered Objects
- Introduction to Persistent Objects
- Working with Persistent Objects
- Defining Persistent Classes
- Defining and Using Literal Properties
- Working with Collections
- Working with Streams
- Defining and Using Object-Valued Backdrop
- Defining and Using Relationships
- Other Options for Persistent Classes
- Defining Method and Trigger Generators
- Defining and Using Class Queries
- Defining and Using XData Blocks
- Defining Class Projections
- Defining Callback Methods
- Using and Overriding Property Methods
- Defining Data Type Classes
- Implementing Dynamic Acceleration
- Object-Specific ObjectScript Features
- Using the Populate Utility
- Using the %Lexicon Classes
- Using the Object Synchronization Feature
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Class Definition Reference
- Class Definitions
- Class Keywords
- Foreign Central Keywords
- Index Keywords
- Method Keywords
- Parameter Keywords
- Projection Keywords
- Property Keywords
- Query Keywords
- Trigger Keywords
- XData Keywords
- Storage Keywords
- Finding Class References
- Object Data Access
- %Status Values
- Classes Page
-
InterSystems API Manager (IAM)
- About...
- First Await
-
SQL
- About...
-
First Looks
- InterSystems SQL
- Optimizing SQL Functioning
-
Using SQL
- Introduction to InterSystems SQL
- InterSystems SQL Basics
- Language Elements
- Identifiers
- Defining Tables
- Defining and Using Views
- Relationships Between Tables
- Modifying the Database
- Querying the Database
- Collation
- Implicit Joins (Arrow Syntax)
- Using Embedded SQL
- Using Dynamic SQL
- Using the SQL Shell Interface
- Using the Management Portal SQL Interface
- Importing SQL Code
- Using Triggers
- Defining and Using Stored Procedures
- Storing and Using Stream Data (BLOBs and CLOBs)
- Users, Roles, and Privileges
- Importing and Exporting SQL Data
-
Optimizing SQL
- Introduction to SQL Functioning Optimization
- Defining and Edifice Indices
- Optimizing Tables
- Cached Queries
- Optimizing Query Performance
- SQL Performance Analysis Toolkit
- Interpreting an SQL Query Programme
- SQL Statements
- Frozen Plans
-
InterSystems SQL Reference
- Symbols and Syntax Conventions
- SQL Commands
- SQL Commands for IntegratedML
- SQL Predicate Atmospheric condition
- SQL Aggregate Functions
- SQL Window Functions
- SQL Functions
- SQL Unary Operators
- SQL Reference Textile
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Using the InterSystems SQL Gateway
- SQL Gateway Overview
- Accessing a Database with the SQL Gateway
- Connecting the SQL Gateway via JDBC
- Connecting the SQL Gateway via ODBC
- Using the SQL Gateway Programmatically
-
Certificate Database
- Introducing InterSystems IRIS Certificate Database (DocDB)
- Managing Documents
- REST Client Methods
-
XML
- About...
-
XML Tools
- Introduction to InterSystems XML Tools
- Writing XML Output from Objects
- Importing XML into Objects
- Representing an XML Document as a DOM
- Encrypting XML Documents
- Signing XML Documents
- Using %XML.TextReader
- Evaluating XPath Expressions
- Performing XSLT Transformations
- Customizing How the InterSystems SAX Parser Is Used
- Generating Classes from XML Schemas
- Generating XML Schemas from Classes
- Examining Namespaces and Classes
- XML Groundwork
-
XML Projections
- Introduction to Object-XML Projections
- Projecting Objects to XML
- Decision-making Transformations of Values
- Handling Empty Strings and Null Values
- Controlling the XML Element and Attribute Names
- Specifying Namespaces for Elements and Attributes
- Controlling the Projection to XML Schemas
- Advanced Options for XML Schemas
- Special Topics
- Summary of XML Projection Parameters
-
Web Services
- About...
-
Web Gateway Configuration Guide
- Installing the Web Gateway
- Web Application Compages
- Web Servers for Microsoft Windows
- Web Servers for UNIX, Linux, and macOS
- Web Gateway Operation and Configuration
- Alternative Configurations for Microsoft Windows
- Alternative Configurations for UNIX, Linux, and macOS
- Apache Considerations UNIX, Linux, and macOS
- Building Apache for IBM AIX®
- IIS Technical Notes
- Using Spider web Applications with a Remote Web Server
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SOAP
- About...
-
Creating Soap Web Services and Clients
- Introduction to Web Services and Web Clients in InterSystems IRIS
- Creating Soap Spider web Services
- Lather Bulletin Variations
- Creating Web Clients
- Soap Mistake Handling
- Using MTOM for Attachments
- Using SOAP with Attachments
- Adding and Using Custom Header Elements
- Calculation and Using WS-Addressing Header Elements
- Soap Session Direction
- Using the InterSystems IRIS Binary Lather Format
- Using Datasets in SOAP Messages
- Fine-Tuning a Web Service in InterSystems IRIS
- Fine-Tuning a Spider web Customer in InterSystems IRIS
- Troubleshooting SOAP Problems in InterSystems IRIS
- Summary of Web Service URLs
- Details of the Generated WSDLs
- Details of the Generated Classes
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REST and JSON
- Most...
- Kickoff Expect
-
Rest Services
- Introduction to Creating REST Services
- Using the /api/mgmnt Service
- Using the ^%Balance Routine to Create Residual Services
- Using the %Residuum.API Class to Create REST Services
- Modifying the Implementation Class
- Modifying the Specification Form
- Supporting CORS in REST Services
- Using Web Sessions with Rest
- Securing REST Services
- Discovering and Documenting REST APIs
- Reference for the /api/mgmnt API
- OpenAPI Backdrop in Use
- Creating a Residue Service Manually
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REST API for Source Code
- Introduction to the InterSystems IRIS Source Code File REST API
- Source Lawmaking File REST API Tutorial
- Source Code File REST API Reference
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Using JSON
- Introduction
- Creating and Modifying Dynamic Entities
- Iteration and Sparse Arrays
- Working with Datatypes
- Using the JSON Adaptor
- Quick Reference for Dynamic Entity Methods
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Cyberspace Utilities
- Introduction
- Sending HTTP Requests
- Sending and Receiving Email
- Creating, Writing, and Reading MIME Letters
- Using FTP
- Electric current Page: Sending and Receiving IBM WebSphere MQ Messages
- Using SSH
- Other InterSystems %Net Tools
-
I/O Device Guide
- About I/O Devices
- I/O Devices and Commands
- Terminal I/O
- Local Interprocess Advice
- TCP Customer/Server Communication
- UDP Client/Server Communication
- Sequential File I/O
- Spool Device
- Printers
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Advanced Concepts
- Locking & Concurrency
- Bits & Bitstrings
- Structured Logging
- Semaphores
- String Localization
- Procedure Memory
- Piece of work Queue Director
- Secure Logins
- Using %Library.File
-
%UnitTest Tutorial
-
Unit Testing Overview
- What is a Unit Test?
- Why Unit Test?
- xUnit Testing Frameworks
- Construction of %UnitTest and xUnit Frameworks
- Test Automation
- Test First Methodology
- Scarlet – Green – Refactor
- Recap
-
Unit of measurement Testing with %UnitTest
- What is %UnitTest?
- Creating and Executing a Suite of Unit Tests
- %UnitTest Classes
- Assert Methods and Macros
- Creating Classes to Use in the Examples
- Case: Creating and Exporting a Examination Form
- Case: Executing a Test
- Case: UnitTest Portal
- Case: Viewing the Report in the Unit Test Portal
- Setup and Tear Downwards
- Case: Adding Setup and Tear Down Methods to a Test
- Case: Executing a Test Using Setup and Tear Down Methods
- Options for Executing Tests: Examination Specs and Qualifiers
- RunTest Examples
- DebugRunTestCase
- Exercises
- Recap
-
API Index
- Tools Index
-
Glossary
- Complete Glossary of Terms
-
External Language Evolution
- Most...
- Native APIs
-
Using InterSystems External Servers
- Introduction to InterSystems External Servers
- Working with External Languages
- Managing External Server Connections
- Customizing External Server Definitions
- InterSystems External Server Requirements
- Quick Reference for the ObjectScript $system.external Interface
-
Java
- About...
-
First Looks
- Native API for Java
- Java Object Persistence with XEP
- JDBC and InterSystems Databases
-
Using Java with InterSystems Software
- Document Overview
- InterSystems Java Connectivity Options
- Using the JDBC Driver
- Configuration and Requirements
- JDBC for Occasional Users
- JDBC Quick Reference
-
Using the Native SDK for Java
- Document Overview
- Introduction to the Java Native SDK
- Calling ObjectScript Methods and Functions
- Using Java Inverse Proxy Objects
- Working with Global Arrays
- Transactions and Locking
- Coffee Native SDK Quick Reference
-
Persisting Java Objects with InterSystems XEP
- Certificate Overview
- Introduction
- Using XEP Event Persistence
- XEP Quick Reference
-
InterSystems Implementation Reference for Third Party Software
- Introduction
- JDBC Driver Support
- Apache Spark Back up
- Hibernate Back up
- JDBC
-
.NET
- Well-nigh...
-
First Looks
- Native API for .NET
- ADO.Internet and InterSystems Products
- .Cyberspace Object Persistence with XEP
- ODBC and InterSystems IRIS
-
Using .Cyberspace with InterSystems Software
- Document Overview
- Connecting to the InterSystems Database
- Configuration and Requirements
- ADO.Internet Managed Provider for Occasional Users
- Using the Entity Framework Provider
- Quick Reference for the .Cyberspace Managed Provider
-
Using the Native SDK for .Net
- Document Overview
- Introduction to the .NET Native SDK
- Calling ObjectScript Methods and Functions from .NET
- Using .NET Inverse Proxy Objects
- Working with Global Arrays
- Transactions and Locking
- Native SDK for .NET Quick Reference
-
Persisting .NET Objects with InterSystems XEP
- Certificate Overview
- Introduction
- Using XEP Event Persistence
- XEP Quick Reference
-
ODBC
- About...
-
Using the InterSystems ODBC Driver
- Overview
- Defining an ODBC Data Source on Windows
- Defining an ODBC Information Source on UNIX®
- ODBC Installation and Validation on UNIX® Systems
- ODBC Back up for Python and Node.js
- Logging and Surround Variables
-
Python
- About...
- Commencement Wait
-
Using the Native SDK for Python
- Introduction to the Native SDK
- Working with Global Arrays
- Calling ObjectScript Methods and Functions
- Native SDK Quick Reference for Python
-
Node.js
- About...
- First Look
-
Using the Native SDK for Node.js
- Introduction to the Native SDK
- Working with Global Arrays
- Calling ObjectScript Methods and Functions
- Native SDK Quick Reference for Node.js
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Callin
- The Callin Interface
- Using the Callin Functions
- Callin Function Reference
-
Callout
- Introduction
- Running Programs or System Commands with $ZF(-100)
- Creating an InterSystems Callout Library
- Invoking Callout Library Functions
- InterSystems Callout Quick Reference
-
Interoperability
- Nigh...
- Offset Look
-
Introducing Interoperability Productions
- Introduction to Interoperability Productions
- Connectivity Options
- Business Processes and Business Logic
- Other Production Options
-
Preparing to Create Productions
- Road Map to Using InterSystems IRIS Productions
- Planning an InterSystems IRIS Server Deployment
-
Best Practices
- All-time Practices for Production Evolution
- Pattern Model for a Routing Production
- Converting Interfaces to Product Elements
-
Developing Productions
- Almost...
-
Developing Productions Using ObjectScript
- Introduction
- Programming Business Services, Processes and Operations
- Defining Letters
- Defining Business Services
- Defining Business organization Processes
- Defining Business organisation Operations
- Defining an Warning Processor
- Defining Information Transformations
- Defining Business Metrics
- Defining an Enterprise Message Banking concern
- Using the Tape Mapper
- Using the Complex Record Mapper
- Treatment Batches of Records Efficiently
- Less Common Tasks
- Testing and Debugging
- Deploying a Production
- Life Wheel of a Production and Its Parts
-
Developing Productions With External Languages
- Introduction
- Getting Started
- About Business concern Hosts and Adapters
- Messaging
- Entering Adapters
- Outbound Adapters
- Business concern Services
- Business organization Processes
- Business Operations
- Running the External Server
- PEX API Reference
-
BPL and DTL
- Showtime Wait
-
Developing BPL Processes
- Near BPL Processes
- Using the Business Process Designer
- Syntax Rules
- List of BPL Elements
- Handling Errors in BPL
-
Developing DTL Transformations
- Introduction to DTL Tools
- Creating Data Transformations
- Syntax Rules
- Adding Assign Deportment
- Calculation Other Actions
- Testing Data Transformations
-
BPL and DTL Reference
- BPL Elements
- DTL Elements
-
Using a Production as an ESB
- Enterprise Service Bus and Registry Overview
- Intended Audiences
- Accessing the Public Service Registry through the Public Balance API
- Administering the Public Service and External Service Registries
- Configuring an ESB
- Configuring ESB Services and Operations
- Configuring an InterSystems IRIS Organisation and Creating a Namespace
- Configuring a Web Awarding for a Pass-through Business organisation Service
- Pass-through Service and Functioning Walkthrough
- Service Registry Public API Reference
-
Configuring, Managing, and Monitoring Productions
- Well-nigh...
-
Configuring Productions
- Introduction to Configuration Tasks
- Creating a Production
- Adding Business organisation Hosts
- Configuring Settings
- Configuring Alerts
- Defining Reusable Items for Apply in Settings
- Defining Other Options for Productions
- Configuring the Enterprise Message Bank
- Identifying Enterprise Systems for Viewing and Monitoring
- Creating Dashboards
- Settings in All Productions
-
Managing Productions
- Introduction to Managing Productions
- Starting and Stopping Productions
- Purging Production Data
- Using the Archive Manager
- Managing Workflow Roles, Users, and Tasks
- Defining Publish and Subscribe Bulletin Routing
- Controlling Information Storage for Productions
- Controlling Admission to Management Portal Functions
- Finding Data on Menu Items
-
Monitoring Productions
- Core Concepts
- Monitoring All Namespaces
- Monitoring a Production
- Viewing, Searching, and Managing Messages
- Viewing the Result Log
- Enabling Tracing
- Viewing the Business organization Rule Log
- Viewing Concern Process Instances
- Viewing the I/O Archive for a Production
- Viewing Messages from Multiple Productions
- Using the Enterprise Bulletin Viewer
- Using the Enterprise Message Bank
- Viewing Interface Maps
- Finding Interface References
- Monitoring Alerts
- Monitoring Action Volume
- Managing Port Usage
-
Push Notifications
- Push button Notifications Overview
- Configuring and Using Push Notifications
-
Defining Workflows
- Overview of Workflow within Productions
- Developing a Workflow
- Including Custom Features in a Workflow
- Testing a Workflow
- Exploring the Workflow Sample
- Available Workflow Metrics
-
Testing Productions
- Testing Productions Tutorial
-
Testing Productions
- TestControl
- Callback Methods
- Auxiliary Methods
- Parameters and Properties
- Creating a Test - Summary
- Executing a Examination
- Example Overview
- Example: Instance Product
- Example: Production Test
- Case: OnAfterProductionStart
- Example: CheckResults
- Example: CheckErrors
- Example: Executing the Exam
- Recap
- Creating Tutorial.ExampleOperation
-
Connecting Systems
- Almost...
- Supported Formats
-
Cloud Storage Providers
- Introduction to Cloud Storage Providers
- Entering Adapter for Cloud Storage
- Outbound Adapter for Deject Storage
- More than Virtually Cloud Storage Adapters
- Cloud Storage APIs
- CloudWatch Adapter
-
Email Adapters
- Introduction
- Using the Email Entering Adapter
- Using the Email Outbound Adapter
- Reference for Settings
-
File Adapters
- Introduction
- Using the File Inbound Adapter
- Using the File Outbound Adapter
- Using the File Passthrough Service and Operation Classes
- Reference for Settings
-
FTP Adapters
- Introduction
- Using the FTP Inbound Adapter
- Using the FTP Outbound Adapter
- Reference for Settings
-
HTTP Adapters
- About the HTTP Adapters
- Using the HTTP Inbound Adapter
- Using the HTTP Outbound Adapter
- Reference for Settings
-
Coffee Messaging Service (JMS)
- JMS Overview
- Configuring and Using JMS Business Services and Operations
- Creating Custom JMS Services and Operations Using the Adapter
-
IBM WebSphere MQ Adapters
- About the IBM WebSphere MQ Adapters
- Using the IBM WebSphere MQ Inbound Adapter
- Using the IBM WebSphere MQ Outbound Adapter
- Troubleshooting
- Reference for Settings
-
MQTT Adapters
- Introduction to Message Queuing Telemetry Ship (MQTT)
- Using the MQTT Adapters
- Configuring and Using the MQTT Passthrough Business Service and Performance
- Reference for Settings
-
REST Services and Adapters
- Overview of Using REST in Productions
- Creating Residue Services in Productions
- Creating REST Operations in Productions
-
SOAP Services and Spider web Clients
- About SOAP and Web Services
- Creating a Web Service in a Production
- Creating a Web Client in a Production
- Configuring a Production for SOAP Services
- Using the Soap Inbound Adapter
- Older Web Service Variation
- Reference for Settings
-
SAP Java Connector
- Overview
- Setup Tasks
- Using the SAP Java Connector
-
SNS Messaging
- Amazon SNS
-
SQL Adapters
- Introduction
- Using an SQL Business Service
- Using an SQL Business Operation
- More than Most Messages
- More About Procedures
- Custom Business Services
- Custom Business Operations
- Creating Adapter Methods for SQL
- Using Result Sets
- Using Snapshots
-
TCP Adapters
- Introduction
- Using the Entering TCP Adapters
- Using the Outbound TCP Adapters
- Special Topics
- Reference for Settings
-
Managed File Transfer
- First Look
-
MFT Services
- Introduction
- Prerequisites and Configuration
- Enabling a Production to Employ MFT Services
- Using the MFT API for InterSystems IRIS
-
Routing EDIFACT, X12, and XML Documents
- About...
-
Using Virtual Documents in Productions
- Virtual Documents
- Schema Definitions
- Virtual Property Paths
- Using Virtual Documents in a Production
- Defining Search Tables
- Controlling Message Validation
- Creating Custom Schema Categories
- Portal Tools
- Syntax Guide for Virtual Property Paths
- Common Settings
-
EDIFACT
- Introduction
- Available Tools
- Configuring the Production
- Additional Steps
- Reference for Settings
-
X12
- Introduction
- X12 Schemas and Available Tools
- Configuring the Product
- Creating an X12 Data Transformation
- Treatment X12 Interchanges
- Reference for Settings
-
XML
- Introduction
- Available Tools
- Configuration Steps
- Overview of Property Paths in XML Virtual Documents
- Specifying Schema-dependent Paths for XML Virtual Documents
- Specifying DOM-style Paths for XML Virtual Documents
- Defining Data Transformations for XML Virtual Documents
- Defining Dominion Sets for XML Virtual Documents
- Defining Search Tables for XML Virtual Documents
- XML-Enabled Objects Compared to XML Virtual Documents
- Reference for Settings
-
Developing Business Rules
- About Concern Rules
- Introduction to the Rule Editor
- Creating and Editing Dominion Sets
- Debugging Routing Rules
- Utility Functions for Employ in Productions
-
Analytics and Data Science
- About...
- InterSystems IRIS Adaptive Analytics
-
Business concern Intelligence
- About...
-
BI Introduction
- Introduction to Business Intelligence
- Introduction to the Business Intelligence User Interfaces
- Introduction to the Other Business Intelligence Tools
- Business Intelligence Glossary
-
BI Modeling
- Introduction
- Basic Concepts
- Summary of Model Options
- Principles and Recommendations
- Defining Models for InterSystems Business Intelligence
- Compiling and Building Cubes
- Defining Dimensions, Hierarchies, and Levels
- Details of Defining Levels
- Defining Properties
- Defining Measures
- Defining Listings
- Defining Listing Fields
- Defining Calculated Members
- Defining a Named Set up
- Defining Subject Areas
- Defining Listing Groups
- Reference Information for Cube Classes
- Reference Information for Bailiwick Area Classes
- Details for the Fact and Dimension Tables
-
BI Avant-garde Modeling
- Defining Computed Dimensions
- Defining Shared Dimensions and Chemical compound Cubes
- Defining Cube-Cube Relationships
- Using Text Analytics in Cubes
- Defining Term Lists
- Defining Worksheets
- Defining Quality Measures
- Defining Bones KPIs
- Defining KPIs with Filters and Listings
- Defining Avant-garde KPIs
- Defining Plug-ins
- Using Cube Inheritance
- Defining Intermediate Expressions
- Other Options
- Reference Information for KPI and Plug-in Classes
- Generating Secondary Cubes for Use with Text Analytics
-
Using Dashboards and the User Portal
- Introduction to the User Portal
- Using the Portal Features
- Orientation to Dashboards
- Using Dashboards
- Using the Pivot Assay Window
-
BI Dashboards
- Introduction to Dashboards
- Creating and Modifying Dashboards
- Specifying Common Widget Options
- Adding Pivot Table Widgets
- Adding Nautical chart Widgets
- Customizing the Appearance of a Nautical chart Widget
- Adding Meter Widgets
- Adding Scorecard Widgets
- Adding Other Widgets
- Defining and Using Themes
- Calculation Widget Controls
-
Implementing InterSystems IRIS Business concern Intelligence
- Overview
- Performing the Initial Setup
- Configuring Settings
- Defining Data Connectors
- Performance Tips
- Defining Custom Actions
- Accessing Dashboards from Your Awarding
- Keeping the Cubes Current
- Executing Business Intelligence Queries Programmatically
- Performing Localization
- Packaging Business organization Intelligence Elements into Classes
- Creating Portlets for Use in Dashboards
- Other Evolution Work
- Setting Upwards Security
- Using Cube Versions
- How the Analytics Engine Works
- Using the MDX Performance Utility
- Diagnostics for InterSystems Concern Intelligence
- Other Export/Import Options
- Business Intelligence and Disaster Recovery
-
BI Analyzer
- Introduction to the Analyzer
- Creating Pivot Tables
- Filtering Pivot Tables
- Defining Calculated Elements
- Defining and Using Pivot Variables
- Customizing Pivot Tables
- Working with Pivot Tables
- Performing Advertizement Hoc Assay
- Configuring InterSystems IRIS for PDF Output
-
Using MDX
- Groundwork
- Introduction to MDX Queries
- Working with Levels
- Working with Dimensions and Hierarchies
- Working with Sets
- Tuples and Cubes
- Filtering a Query
- Calculation Summaries
- Creating Calculated Measures and Members
-
MDX Reference
- Basic Rules
- Expression Types
- MDX Statements and Clauses
- MDX Functions
- Intrinsic Backdrop
- NOW Fellow member for Time Levels
- Quick Role Reference
- Power BI
-
BI Clients
- Introduction
- DeepSee.js
- Business Intelligence Balance API
-
BI Tutorial
- Getting Started
- Introduction to Cube Elements
- Creating a Cube
- Expanding the Cube Definition
- Creating Subject Areas
- Creating and Packaging Pin Tables and Dashboards
-
Apache Spark
- Well-nigh...
-
Using the InterSystems Spark Connector
- Document Overview
- Introduction
- Spark Connector Data Source Options
- Using Spark Connector Extension Methods
- Spark Connector Best Practices
- Spark Connector Internals
- Spark Connector Quick Reference
-
Machine Learning
- About...
-
Using IntegratedML
- Introduction to ML
- IntegratedML Basics
- Providers
- ML Configurations
- Model Maintenance
- Well-nigh AutoML
- SQL Commands
- SQL Functions
-
Text Analytics (Natural language Processing)
- Near...
- Text Analytics with InterSystems Products
-
Using NLP
- Conceptual Overview
- NLP Implementation
- Domain Architect
- REST Interface
- Alternatives for Creating an NLP Environment
- Loading Text Information Programmatically
- Performance Considerations when Loading Texts
- NLP Queries
- Semantic Attributes
- Stemming
- Skiplists
- Filtering Sources
- Text Categorization
- Dominance and Proximity
- Custom Metrics
- Smart Matching: Creating a Dictionary
- Smart Matching: Using a Dictionary
- User Interfaces
- IRIS Natural Linguistic communication Processing (NLP) Tools
- iKnow Web Services
- KPIs and Dashboards
- Customizing NLP
- Language Identification
- Domain Parameters
-
SQL Search
- About...
- Commencement Look
-
Using SQL Text Search
- InterSystems SQL Search Tool
- SQL Search Remainder Interface
-
Unstructured Data Direction Architecture
- About...
- InterSystems IRIS and UIMA
-
Using UIMA
- Overview
- Predictive Modeling Markup Language
-
InterSystems Reports
- Introduction
- InterSystems Reports Designer
- InterSystems Reports Server with InterSystems IRIS
Sending and Receiving IBM WebSphere MQ Messages
InterSystems IRIS provides an interface to IBM WebSphere MQ, which yous can employ to exchange letters between InterSystems IRIS and the message queues of IBM WebSphere MQ. To use this interface, you must take access to an IBM WebSphere MQ server, and the IBM WebSphere MQ client must be running on the same motorcar every bit InterSystems IRIS.
The interface consists of the %Internet.MQSend
and %Cyberspace.MQRecv classes, which are both subclasses of %Net.abstractMQ . These classes use a dynamic-link library that is automatically installed by InterSystems IRIS on all suitable platforms. (This is MQInterface.dll on Windows; the file extension is different for other platforms.) In plough, the InterSystems IRIS dynamic-link library requires IBM WebSphere MQ dynamic-link libraries.
The interface supports sending and receiving merely text data, non binary data.
To employ IBM WebSphere MQ, y'all volition demand the formal documentation for this product. Besides, for additional information on the InterSystems IRIS interface to IBM WebSphere MQ, see the class reference for %Internet.abstractMQ .
Using the InterSystems IRIS Interface to IBM WebSphere MQ
In general, to use the InterSystems IRIS interface to IBM WebSphere MQ, you practice the post-obit:
-
Make sure that you take access to IBM WebSphere MQ v7.ten or college. Specifically:
-
The IBM WebSphere MQ customer must be installed on the same machine as InterSystems IRIS. Note that the installer updates the PATH environment variable and adds other organization variables equally needed.
-
Make certain that yous have rebooted the machine after installing the customer, and so that InterSystems IRIS is enlightened of the client.
-
The client must take access to an IBM WebSphere MQ server.
-
The username under which you lot will access the server must have permission to use the queue managers and the queues that you programme to use.
-
-
Create a new instance of %Cyberspace.MQSend
or %Net.MQRecv , depending on whether you are going to send or receive messages. -
Connect to an IBM WebSphere MQ server. When you do so, you provide the following information:
-
The proper name of a queue managing director.
-
The name of a queue to use.
-
The channel by which to communicate with that queue. You specify a channel name, a send mechanism, and the IP address and port of the IBM WebSphere MQ server.
You lot can also provide a proper name and password if you are using the hallmark feature of IBM WebSphere MQ.
-
-
Invoke the appropriate methods of %Net.MQSend
or %Internet.MQRecv to send or receive messages.
Note:
To use IBM Websphere MQ on 64–bit Linux platforms, y'all must set the LD_LIBRARY_PATH to include the location of the MQ libraries. Considering the path must be set for whatsoever InterSystems IRIS process that uses the MQ interface, it must exist prepare prior to starting InterSystems IRIS if running background processes, and set in any UNIX® last prior to running iris last.
Getting Error Codes
The methods of %Net.MQSend and %Internet.MQRecv return either i if successful or 0 if unsuccessful. In the case of an error, call the %GetLastError() method, which returns the last reason lawmaking given past IBM WebSphere MQ. For information on the reason codes, see the formal IBM documentation.
Creating a Connection Object
Before yous can send or receive messages via IBM WebSphere MQ, you must create a connexion object, an object that establishes a connection to a queue manager, opens a aqueduct, and opens a queue for use. At that place are 2 ways you can exercise this:
-
You can apply the %Init method, which takes arguments that specify all the needed information.
-
Yous tin utilise the %Connect method after first setting properties that specify all the needed information.
Using the %Init() Method
To use the %Init() method to create a connection object:
-
Create an instance of %Internet.MQSend
(if you lot are going to transport messages) or %Internet.MQRecv (if you are going to receive messages). This topic refers to this example as the connexion object.Note:
If you receive the <DYNAMIC LIBRARY LOAD> error, a dynamic-link library is missing, and the messages.log file (in the arrangement manager's directory) has more details.
-
Call the %Init() method of the connection object. This method takes the following arguments, in club.
-
(Required) A string that specifies the queue proper name; this should be a valid queue for the specified queue manager.
-
A string that specifies the queue managing director; this should be a valid queue director on the IBM WebSphere MQ server.
If you lot omit this argument, the system uses the default queue manager, every bit configured in IBM WebSphere MQ. Or, if IBM WebSphere MQ has been the configured so that the queue director is determined by the queue name, the system uses the queue manager that is advisable for the given queue proper noun.
-
A cord that specifies the specification for the aqueduct, in the following grade:
"channel_name/transport/host_name(port)"
Hither channel_name is the name of the channel to employ, transport is the transport used by the channel, host_name is the server proper name (or IP accost) that is running the IBM WebSphere MQ server, and port is the port that this channel should employ.
Transport can exist 1 of the following: TCP, LU62, NETBIOS, SPX
For instance:
"CHAN_1/TCP/127.0.0.one(1401)"
If you omit this argument, the system uses the default aqueduct specification, every bit configured in IBM WebSphere MQ. Or, if the arrangement has been the configured and then that the aqueduct is determined by the queue proper noun, the organization uses the aqueduct that is appropriate for the given queue name.
-
An optional string that specifies the log file to write error messages to. The default is that no logging occurs.
-
-
Check the value returned past the %Init() method. If the method returns 1, the connectedness was established successfully, and you lot tin employ the connection object to either send or receive messages (depending on the class yous are using). Run into "Getting Error Codes."
Using the %Connect() Method
In some cases, y'all might prefer to specify all the details of the connexion individually. To do so, yous use the %Connect() method, equally follows:
-
Create an example of %Internet.MQSend
(if yous are going to send letters) or %Cyberspace.MQRecv (if you are going to receive messages). As noted previously, this topic refers to this instance every bit the connectedness object.Note:
If you receive the <DYNAMIC LIBRARY LOAD> error, a dynamic-link library is missing, and the letters.log file (in the system manager's directory) has more details.
-
Set up the following properties of the connection object:
-
QName — (Required) Specifies the queue proper name; this should be a valid queue for the specified queue manager.
-
QMgr — Specifies the queue director to use; this should be a valid queue manager on the IBM WebSphere MQ server.
If you omit this statement, the arrangement uses the default queue manager, as configured in IBM WebSphere MQ. Or, if IBM WebSphere MQ has been the configured so that the queue manager is determined past the queue name, the organization uses the queue manager that is advisable for the given queue proper name.
-
-
Optionally specify the channel to employ past setting the following properties of the connection object:
-
Connectedness — Specifies the host and port of the IBM WebSphere MQ server. For case: "127.0.0.1:1401".
-
Channel — Specifies the name of the channel to utilise. This must be a valid aqueduct on the IBM WebSphere MQ server.
-
Ship — Specifies the ship used by the channel. This property can exist one of the following: "TCP", "LU62", "NETBIOS", "SPX"
If you omit these arguments, the system uses the default channel specification, every bit configured in IBM WebSphere MQ. Or, if the system has been the configured and so that the aqueduct is adamant by the queue name, the system uses the channel that is appropriate for the given queue proper name.
-
-
Phone call the %ErrLog() method of the connection object. This method takes one statement, the proper name of the log file to use for this connection object.
-
Cheque the value returned by the %ErrLog() method. See "Getting Error Codes."
-
Telephone call the %Connect() method of the connection object.
-
Check the value returned past the %Connect() method. If the method returns 1, the connectedness was established successfully, and you can use the connexion object to either ship or receive letters (depending on the class you are using). Come across "Getting Error Codes."
Specifying the Character Set (CCSID)
To set the graphic symbol set used for message conversions, telephone call the %SetCharSet() method of your connection object. Specify an integer Coded Grapheme Set ID (CCSID) as used in IBM WebSphere MQ.
-
If you are sending letters, this should be the grapheme set of those messages. If yous practise not specify a character gear up, the MQ system assumes the letters use the default character set specified for the MQ client.
-
If y'all are retrieving messages, this is the grapheme prepare to which those messages will exist translated.
To go the CCSID that is currently being used, call the %CharSet() method. This method returns the CCSID by reference and information technology returns i or 0 to signal whether it was successful; see "Getting Error Codes."
For information on the CCSID that corresponds to a given character set, see the formal IBM documentation.
Specifying Other Bulletin Options
To specify message descriptor options, optionally set the following properties of your connexion object:
-
ApplIdentityData specifies the Awarding Identity message descriptor option.
-
PutApplType specifies the Put Application Type message descriptor pick.
Sending Messages
To send messages, exercise the following:
-
Create a connection object every bit described in "Creating a Connection Object." In this case, create an case of %Net.MQSend
. The connection object has a message queue to which yous tin send letters. -
Call the following methods, equally needed:
-
%Put() — Given a string, this method writes that cord to the bulletin queue.
-
%PutStream() — Given an initialized file grapheme stream, this method writes that string to the message queue. Notation that you must set up the Filename property of the stream in order to initialize it. Binary streams are not supported.
-
%SetMsgId() — Given a string, this method uses that string as the message ID for the next message that is sent.
-
-
Cheque the value returned past the method you called. See "Getting Error Codes."
-
When you are done retrieving messages, telephone call the %Shut() method of the connection object to release the handle to the dynamic-link library.
Example 1: SendString()
The following course method sends a uncomplicated string message to the queue mqtest, using queue manager QM_antigua, and a queue channel named S_antigua. The channel uses TCP transport, and the IBM WebSphere MQ server is running on a automobile called antigua and is listening on port 1401.
/// Method returns reason code from IBM WebSphere MQ ClassMethod SendString () As %Integer { Set transport = ##class ( %Net . MQSend ) . %New ( ) Set queue = "mqtest" Set qm = "QM_antigua" Set chan = "S_antigua/TCP/antigua(1414)" Set logfile = "c:\mq-send-log.txt" Fix cheque = transport . %Init ( queue , qm , chan , logfile ) If ' check Quit ship . %GetLastError ( ) //send a unique message Set check = send . %Put ( "This is a exam message " _ $h ) If ' bank check Quit send . %GetLastError ( ) Quit check }
Example 2: SendCharacterStream()
The post-obit class method sends the contents of a file graphic symbol stream. It uses the aforementioned queue used in the previous instance:
/// Method returns reason lawmaking from IBM WebSphere MQ ClassMethod SendCharacterStream () Equally %Integer { Fix send = ##class ( %Internet . MQSend ) . %New ( ) Set queue = "mqtest" Fix qm = "QM_antigua" Set up chan = "S_antigua/TCP/antigua(1414)" Set logfile = "c:\mq-send-log.txt" Set check = send . %Init ( queue , qm , chan , logfile ) If ' check Quit send . %GetLastError ( ) //initialize the stream and tell it what file to use Set longmsg = ##class ( %FileCharacterStream ) . %New ( ) Set longmsg . Filename = "c:\input-sample.txt" Set cheque = send . %PutStream ( longmsg ) If ' check Quit send . %GetLastError ( ) Quit bank check }
Case 3: Sending a Bulletin from the Terminal
The following example shows a Terminal session that sends a message to an IBM WebSphere MQ queue. This works only on a automobile that has been configured with the IBM WebSphere MQ customer.
Set MySendQ = ##class(%Cyberspace.MQSend).%New() Do MySendQ.%Init("Q_1", "QM_1","QC_1/TCP/127.0.0.1(1401)","C:\mq.log") Do MySendQ.%Put("Hullo from tester") Set MyRecvQ =##class(%Net.MQRecv).%New() Do MyRecvQ.%Init("Q_1", "QM_1","QC_1","C:\mq.log") Exercise MyRecvQ.%Go(.msg, 10000) Write msg,! Also see the preceding sections for other examples.
Retrieving Letters
To call up messages, do the following:
-
Create a connection object as described in "Creating a Connection Object." In this example, create an instance of %Internet.MQRecv
. The connection object has a message queue from which y'all can retrieve messages. -
Call the following methods, every bit needed:
-
%Get() — Returns a string message by reference equally the first argument.
-
%GetStream() — Given an initialized file character stream, this method retrieves a message from the queue and places it into the file associated with that stream. Note that you lot must set up the Filename property of the stream in guild to initialize it. Binary streams are not supported.
For both methods, the 2d statement is the timeout, in milliseconds; this controls the fourth dimension used to contact the server. The default timeout is 0.
-
-
Check the value returned by the method you called. Run across "Getting Error Codes." Think that IBM WebSphere MQ returns 2033 when the queue is empty.
-
When you are washed retrieving messages, call the %Close() method of the connection object to release the handle to the dynamic-link library.
Example 1: ReceiveString()
The following class method retrieves a message from the mqtest queue.
/// Method returns string or cypher or fault message ClassMethod ReceiveString () As %String { Prepare recv = ##form ( %Net . MQRecv ) . %New ( ) Gear up queue = "mqtest" Fix qm = "QM_antigua" Fix chan = "S_antigua/TCP/antigua(1414)" Gear up logfile = "c:\mq-recv-log.txt" Set check = recv . %Init ( queue , qm , chan , logfile ) If ' check Quit recv . %GetLastError ( ) Set check = recv . %Get ( . msg ) If ' check { Set reasoncode = recv . %GetLastError ( ) If reasoncode = 2033 Quit "" Quit "Mistake: " _ reasoncode } Quit msg }
Example 2: ReceiveCharacterStream()
The post-obit method can call up a longer bulletin because it uses %GetStream():
/// Method returns reason code from IBM WebSphere MQ ClassMethod ReceiveCharacterStream () Every bit %Integer { Set recv = ##course ( %Net . MQRecv ) . %New ( ) Set queue = "mqtest" Set qm = "QM_antigua" Gear up chan = "S_antigua/TCP/antigua(1414)" Set up logfile = "c:\mq-recv-log.txt" Set up check = recv . %Init ( queue , qm , chan , logfile ) If ' check Quit recv . %GetLastError ( ) //initialize the stream and tell information technology what file to use //make sure filename is unique we can tell what nosotros received Set longmsg = ##class ( %FileCharacterStream ) . %New ( ) Set longmsg . Filename = "c:\mq-received" _ $h _ ".txt" Set check = recv . %GetStream ( longmsg ) If ' bank check Quit recv . %GetLastError ( ) Quit bank check }
Updating Message Data
The %Net.MQSend and %Cyberspace.MQRecv classes also provide the following methods:
%CorId()
Updates (by reference) the Correlation Id for the last bulletin read.
%ReplyQMgrName()
Updates (by reference) the reply queue manager name for the last bulletin read.
%ReplyQName()
Updates (past reference) the reply queue name for the last message read.
Troubleshooting
If you encounter problems when using the InterSystems IRIS interface to IBM WebSphere MQ, you should kickoff determine whether the client is correctly installed and tin can communicate with the server. To perform such a exam, y'all tin can utilize sample programs that are provided by IBM WebSphere MQ. The executables are in the bin directory of the IBM WebSphere MQ client.
The post-obit steps draw how to use these sample programs on Windows. The details may be dissimilar on other operating systems; consult the IBM documentation and check the names of the files present in your customer.
-
Create an environs variable called MQSERVER. Its value should be of the form channel_name / transport / server, where channel_name is the name of the aqueduct to utilize, transport is a string that indicates the transport to utilise, and server is the name of the server. For example: S_antigua/TCP/antigua
-
At the control line, enter the post-obit control:
amqsputc queue_name queue_manager_name
where queue_name is the name of the queue to apply and queue_manager_name is the name of the queue manager. For case:
amqsputc mqtest QM_antigua
If the amqsputc control is unrecognized, brand sure that the PATH environment variable has been updated to include the bin directory of the IBM WebSphere MQ client.
In case of other errors, consult the IBM documentation.
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You lot should see a couple of lines like the post-obit:
Sample AMQSPUT0 outset target queue is mqtest
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Now you can ship messages. But blazon each message and press Enter after each bulletin. For case:
sample message 1 sample message 2
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When you are done sending messages, press Enter twice. You will then see a line similar the post-obit:
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To complete this test, we will retrieve the messages y'all sent to the queue. Type the following command at the control line:
amqsgetc queue_name queue_manager_name
where queue_name is the name of the queue to use and queue_manager_name is the proper noun of the queue manager. For instance:
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Y'all should then see a start line, followed by the messages that you sent previously, as follows:
Sample AMQSGET0 start message <sample message 1> message <sample bulletin two>
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This sample program waits briefly to receive any other letters and then displays the following:
no more messages Sample AMQSGET0 end
If the examination fails, consult the IBM documentation. Possible causes of problems include the following:
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Security issues
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Queue is not defined correctly
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Queue manager is not started
Source: https://docs.intersystems.com/irislatest/csp/docbook/DocBook.UI.Page.cls?KEY=GNET_MQ
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