| Autore |
Delahaye Sylvie
|
| Edizione | [1st ed.] |
| Pubbl/distr/stampa |
[San Jose, Calif.?], : IBM International Technical Support Organization, 2002
|
| Descrizione fisica |
1 online resource (540 p.)
|
| Disciplina |
005.2/768
|
| Altri autori (Persone) |
LitvakSergei
HeckeWilfried van
|
| Collana |
Redbooks
|
| Soggetto topico |
Application software - Development
|
| Formato |
Materiale a stampa  |
| Livello bibliografico |
Monografia |
| Lingua di pubblicazione |
eng
|
| Nota di contenuto |
Front cover -- Contents -- Notices -- Trademarks -- Preface -- The team that wrote this redbook -- Become a published author -- Comments welcome -- Part 1 The IBM Application Development Tools for z/OS and OS/390 -- Chapter 1. Application development tools for z/OS and OS/390 -- 1.1 General background -- 1.2 Products used during the making of this redbook -- 1.3 IBM Fault Analyzer -- 1.3.1 Fault history file -- 1.3.2 Supported languages -- 1.3.3 Product requirements -- 1.3.4 User exits -- 1.3.5 Latest software update -- 1.4 IBM File Manager -- 1.4.1 Three features -- 1.4.2 Online processing -- 1.4.3 Enhanced batch processing -- 1.4.4 Latest software upgrades -- 1.5 IBM Debug Tool -- 1.5.1 Full-screen debugging -- 1.5.2 Debugging tasks -- 1.5.3 Recently available features -- 1.6 Application Monitor -- 1.6.1 Overview -- 1.6.2 Functions -- 1.6.3 Interface -- 1.7 Workload Simulator -- 1.7.1 Simulated resources -- 1.7.2 Physical and logical configurations -- 1.7.3 Scripts -- 1.7.4 WSim output -- 1.7.5 WSim Test Manager -- 1.8 Summary -- Chapter 2. Introducing File Manager -- 2.1 Start by validating your software levels -- 2.1.1 PTF information -- 2.2 Useful examples of how to use File Manager -- 2.2.1 Conventions used -- 2.2.2 How to perform a global find and replace in a PDS -- 2.2.3 How to create one VSAM file using another as a model -- 2.2.4 How to initialize a VSAM file with low-value records -- 2.2.5 How to split a single file into constituent record types -- 2.3 Useful batch utilities -- 2.3.1 Replace a string in a specific location in a file -- 2.3.2 Copy selected variably blocked records to another file -- 2.3.3 Search for a string in all members of a PDS -- 2.4 Template processing -- 2.4.1 It really does remember the copybook -- 2.4.2 How to process COPY REPLACING statements -- 2.4.3 How to build a template for multi-record file layouts.
2.4.4 System programmer notes -- 2.4.5 Look out for your PF keys -- 2.4.6 How to quickly locate a record in browse -- 2.4.7 What to do when a copybook fails to compile -- 2.4.8 Record structure defined in source application program -- 2.4.9 Watch out for that bad disposition -- 2.5 Copybook and include -- 2.6 Product updates -- 2.6.1 Multiple Find with Version 3 -- 2.6.2 QSAM allocation using a model -- 2.6.3 Work with VTOC -- 2.6.4 Get information about a load module -- 2.6.5 Dynamic template -- 2.6.6 Compare data sets using templates -- 2.6.7 Edit related tables -- 2.6.8 Load IMS database -- Chapter 3. Introduction to Debug Tool and Debug Tool Utilities and Advanced Functions V3.1 -- 3.1 Start by validating your software levels -- 3.1.1 APAR information -- 3.2 What you need to prepare your application program -- 3.2.1 A description of the TEST compile option -- 3.2.2 Required files -- 3.2.3 Link-edit options -- 3.2.4 Defining run-time options using CEEUOPT -- 3.2.5 Sample batch compile job -- 3.2.6 Compile and link your program by using Debug Tool utilities -- 3.2.7 Summary -- 3.3 What are the Debug Tool user interfaces -- 3.3.1 Batch mode user interface -- 3.3.2 Main frame interface (MFI) -- 3.3.3 Remote debugger interface -- 3.3.4 Summary -- 3.4 What it takes to debug your application program -- 3.4.1 A description of the TEST run-time option -- 3.4.2 How to determine your site's run-time options -- 3.4.3 What else is required -- 3.4.4 Debug Tool's supporting files -- 3.4.5 Batch invocation -- 3.4.6 Testing an application in TSO -- 3.4.7 Testing an application using DTSU -- 3.4.8 Testing multiple step batch applications -- 3.4.9 DB2 application program considerations -- 3.4.10 DB2 stored procedures considerations -- 3.4.11 IMS application program considerations -- 3.4.12 CICS application program considerations.
3.4.13 Unix System Services programs considerations -- 3.5 The primary interface for Debug Tool -- 3.5.1 Review of screen areas -- 3.5.2 Descriptions of frequently used commands -- 3.5.3 Descriptions of some interesting commands -- 3.5.4 Finishing a Debug Tool session -- 3.5.5 Recording how many times each source line runs -- 3.6 New features of Debug Tool -- 3.6.1 Playback support (COBOL) -- 3.6.2 Automonitor support -- 3.6.3 Support for optimized code (COBOL) -- 3.6.4 Enhancements for TSO allocation commands -- 3.6.5 Assembler support -- 3.7 Dynamic Debug and separate debug file -- 3.7.1 Dynamic Debug -- 3.7.2 Separate debug file -- 3.7.3 Advantages -- 3.7.4 How this helps application programmers -- 3.8 Making debugging more comfortable -- 3.8.1 INSPSAFE -- 3.8.2 INSPPREF -- 3.8.3 INSPCMD -- 3.8.4 INSPLOG -- 3.8.5 Copy into the command line -- 3.8.6 What if I forgot the correct command syntax -- 3.9 Hints and tips -- 3.9.1 I only have 12 PF keys -- 3.9.2 Pitfalls -- 3.9.3 Systems programmer notes -- 3.9.4 Customer concerns -- 3.9.5 How to point to a debug file or listing -- Chapter 4. Introduction to Debug Tool Coverage Utility -- 4.1 Start by validating your software levels -- 4.2 Overview -- 4.2.1 What does DTCU require -- 4.2.2 Running DTCU consists of the following steps -- 4.3 Using DTCU -- 4.3.1 Starting the DTCU ISPF dialog -- 4.3.2 Modifying your DTCU defaults -- 4.3.3 Compiling the program to be measured -- 4.3.4 Setting up your control file -- 4.3.5 Create the setup JCL -- 4.3.6 Create JCL to start a monitor session -- 4.3.7 Create JCL for a report -- 4.3.8 What did we generate up to now -- 4.3.9 Perform the setup step -- 4.3.10 Perform the link step -- 4.3.11 Start the monitor session -- 4.3.12 Start your program -- 4.3.13 Display statistics online -- 4.3.14 Stop the monitor -- 4.3.15 Create the summary report.
4.3.16 Create the summary report and annotated listing report -- 4.3.17 Use of the monitor panel -- 4.3.18 Fast Path -- 4.4 Restrictions -- 4.4.1 CICS -- 4.4.2 Other environments -- 4.4.3 Unix System Services -- 4.5 Installation -- 4.5.1 Systems programmer notes -- Chapter 5. How to compile old COBOL -- 5.1 Start by validating your software levels -- 5.2 Overview -- 5.2.1 What do the conversion tools need -- 5.2.2 What steps are required -- 5.3 Setting up for convert and compile -- 5.3.1 Define your global options -- 5.3.2 COBOL convert and compile option -- 5.3.3 Convert old 68/74 COBOL to 85 COBOL -- 5.4 Summary -- Chapter 6. Introduction to Fault Analyzer -- 6.1 Start by validating your software levels -- 6.1.1 PTF information -- 6.2 How Fault Analyzer works -- 6.2.1 The fault history file -- 6.2.2 Supported application environments -- 6.2.3 A summary of real-time analysis -- 6.3 Preparing your programs for Fault Analyzer -- 6.3.1 Compiler options -- 6.3.2 What is a side file -- 6.3.3 How to create a side file -- 6.4 Using FA to re-analyze an abend -- 6.4.1 Interactive re-analysis -- 6.4.2 Synopsis section -- 6.4.3 Point-of-failure section -- 6.4.4 Events section -- 6.4.5 System-wide information section -- 6.4.6 Batch re-analysis -- 6.4.7 Specifying listings to Fault Analyzer in re-analysis -- 6.5 Using FA to analyze CICS system dumps -- 6.5.1 How to select a system dump data set for FA analysis -- 6.5.2 Analyzing a CICS system dump -- 6.6 How to set up and customize Fault Analyzer -- 6.6.1 Invocation exits -- 6.6.2 CICS set-up -- 6.6.3 Batch set-up -- 6.6.4 User exits -- 6.7 Options available to customize Fault Analyzer -- 6.7.1 How to specify these options -- 6.7.2 Order of precedence -- 6.7.3 User-options file (IDIOPTS) -- 6.8 Hints and tips -- 6.8.1 Systems programmer notes -- 6.8.2 Place abends in different fault history file.
6.8.3 Send a notification when a program abends -- 6.8.4 Send an e-mail when a program abends -- Chapter 7. Introducing Application Monitor -- 7.1 Special notices -- 7.2 Check the installation -- 7.2.1 Check the defaults -- 7.2.2 Monitoring a job using Application Monitor online -- 7.2.3 Monitoring a job in absentia -- 7.2.4 Batch analysis of a recorded session -- 7.3 DB2 support -- 7.3.1 Using the IVP sample -- 7.3.2 Using SPUFI -- 7.3.3 Using File Manager DB2 -- 7.3.4 Results in Application Monitor -- 7.3.5 Explain and plan -- 7.4 CICS Support in Version 1.1 with PTF -- Chapter 8. Introduction to Workload Simulator -- 8.1 Overview -- 8.1.1 General process -- 8.1.2 WSim installation -- 8.1.3 Resources WSim can simulate -- 8.1.4 Testing with WSim -- 8.2 System configuration -- 8.2.1 Physical configurations -- 8.2.2 Logical configurations -- 8.3 Script preparation -- 8.3.1 Network definition statements -- 8.3.2 Message generation decks -- 8.3.3 Methods for message generation decks creation -- 8.3.4 Testing scripts -- 8.4 WSim output -- 8.5 Operating WSim -- 8.5.1 Initializing, starting, and stopping a network -- 8.5.2 Changing and resetting network parameters -- 8.6 WSim Test Manager -- 8.6.1 WTM operating modes -- 8.6.2 WTM utilities -- 8.6.3 Testcases -- 8.6.4 Testgroups and testcycles -- 8.6.5 Schedules -- 8.6.6 Output reports -- 8.6.7 Model scripts -- Chapter 9. Implementing the tools in your environment -- 9.1 File Manager components -- 9.1.1 Templates -- 9.1.2 File associations -- 9.1.3 Steps toward integration -- 9.2 Debug Tool components -- 9.2.1 Load modules -- 9.2.2 Listings -- 9.2.3 Side files -- 9.2.4 Source files -- 9.2.5 Steps toward integration for COBOL -- 9.2.6 Steps toward integration for VisualAge PL/I and C/C++ -- 9.3 Fault Analyzer components -- 9.3.1 Listings -- 9.3.2 Side files -- 9.3.3 Output file size comparison.
9.3.4 Steps toward integration.
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| Record Nr. | UNINA-9910814111903321 |
Info
Introduction to the IBM application development tools for z/OS and OS/390 [[electronic resource] /] / [Sylvie Delahaye, Sergei Litvak, Wilfried Van Hecke]
