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Murach's Mainframe COBOL

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ISBN-10: 1890774243

ISBN-13: 9781890774240

Edition: 2004

Authors: Mike Murach, Anne Prince, Raul Menendez

List price: $59.50
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Book details

List price: $59.50
Copyright year: 2004
Publisher: Mike Murach & Associates, Incorporated
Binding: Paperback
Pages: 685
Size: 8.00" wide x 10.25" long x 1.50" tall
Weight: 3.300
Language: English

The essence of COBOL programming
Introduction to COBOL programming
COBOL platforms, standards, and compilers
COBOL platforms
COBOL standards and mainframe compilers
An interactive COBOL program
An interactive session
The COBOL code
Basic coding rules
How to code the Identification Division
How to code the Environment Division
How to code the Working-Storage Section
How to create data names
How to code Picture clauses
How to code Value clauses
How to code group items
How to code the Procedure Division
How to create procedure names
How to code Accept statements
How to code Display statements
How to code Move statements
How to code Compute statements
How to code arithmetic expressions
How to code Add statements
How to code If statements
How to code Perform statements
How to code Perform Until statements
How to code the Stop Run statement
Another interactive COBOL program
An interactive session
The COBOL code
How to compile, test, and debug a COBOL program
Introduction to compiling and testing
How a COBOL program is compiled, link-edited, and executed
A basic procedure for developing COBOL programs
The basic skills for compiling and testing a program
How to enter and edit a source program
How to compile and run a program
How to review the diagnostic messages for compile-time errors
How to correct compile-time errors
How to review the message for a run-time error
How to correct a run-time error
How debugging tools can make debugging easier
How to use COBOL statements to get debugging information
How to write a program that prepares a report
A simple report-preparation program
The file specifications
The report specifications
The COBOL code
How to code Select statements and FD statements
How to code Select statements on a mainframe
How to code FD statements and record descriptions for disk files
How to code FD statements and record descriptions for print files
How to code the Procedure Division
How to code Open and Close statements
How to code Read statements for sequential disk files
How to code Write statements for print files
How to use the Current-Date function to get the current date and time
How to use Accept statements to get the current date and time
An enhanced version of the report-preparation program
The enhanced report specifications
The changes to the Data Division code
The changes to the Procedure Division code
How to test a report-preparation program
How to prepare a test plan and test data
Common run-time errors
How to design, code, and test a structured program
How to develop a structured program
A complete procedure for developing a structured program
The specifications for a summary report-preparation program
How to design a structured program
The terms for working with a structure chart
How to name the modules in a chart
How to design the first two levels of a chart
How to design the legs of a chart
How to add the Read and Write modules to a chart
How to number the modules in a chart
How to draw charts that won't fit on one page
Alternatives to the structure chart
When and how to use pseudocode
The basics of using pseudocode
How to use pseudocode for the critical modules of a program
How to code each module so it is independent
How to code and test a program from the top down
How to plan the coding and testing sequence
How to code the new modules for each phase of testing
How to code program stubs
The code for the summary report-preparation program
The Data Division code
The Procedure Division code
How COBOL programming compares to object-oriented programming
How to use the COBOL features for structured coding
Introduction to structured programming
The three valid structures
The principles of substitution and combination
From theory to practice
Shop standards for structured coding
How to code conditions
How to code relation, sign, and class tests
How to code compound conditions
How to code and use condition names
How to code selection and iteration structures
How to code If statements
How to code nested If statements
How to code Perform Until statements with tests before and after
When and how to code inline Perform statements
How to code Perform statements with Varying and Times clauses
How to use Evaluate statements
How to use an Evaluate statement instead of nested If statements
How to use Evaluate statements to implement case structures
The complete syntax of the Evaluate statement
Other features for improved coding
How to use Set to True statements
When and how to use structured delimiters
When and how to use Not clauses
A program that prepares a two-level summary report
The program specifications
The structure chart
The COBOL code for the primary control module
Three paragraphs written with a modern coding style
Other ways to define, move, and initialize fields
How to define fields in the Data Division
When to omit the word Filler
How to code literals and figurative constants
How to code Picture, Value, and Blank When Zero clauses
How to code Usage clauses
How to code Redefines clauses
How to use Move and Initalize statements
How to code Move statements
How to code Pictures for alphanumeric and numeric editing
How to code Initialize statements
Usages and data formats on an IBM mainframe
IBM mainframe extensions to the standard usages
Binary, hex, and EBCDIC notation
The primary formats for numeric data
An enhanced report-preparation program
The changes to the one-level summary report
The changes to the Working-Storage code
The changes to the Procedure Division code
Other COBOL essentials
How to use arithmetic statements and intrinsic functions
How to code arithmetic statements
How to code Compute statements
How to code arithmetic expressions
How to code Add and Subtract statements
How to code Multiply and Divide statements
How to use intrinsic functions
A summary of the six types of functions
How to code any function
How to use the mathematical functions
How to use the statistical functions
How to use the financial functions
How to work with dates
How to use Accept statements and the date functions
How to use Accept Date and Accept Time statements
How to use Accept Day and Accept Day-Of-Week statements
How to use the functions for working with dates
The Y2K problem and its solutions
The Y2K problem
The Y2K solutions: Date expansion and century windowing
How to use IBM's Millennium Language Extensions
How to define date fields with the Date Format clause
How to work with date fields in the Procedure Division
How to work with characters
How to use reference modification and functions
How to use reference modification
How to use the functions for working with characters
How to use the String and Unstring statements
How to use the String statement
How to use the Unstring statement
How to use the Inspect statement
With the Tallying clause
With the Replacing clause
With the Tallying and Replacing clauses
With the Converting clause
Two illustrative routines
An editing routine
A conversion routine
How to work with tables
How to use subscripts to work with one-level tables
How to define a one-level table that uses subscripts
How to initialize a table
How to define a table with constant values
How to refer to entries in a one-level table using subscripts
How to load a one-level table using subscripts
How to search a one-level table using subscripts
How to use subscripts to work with multi-level tables
How to define a multi-level table
How to refer to entries in a multi-level table using subscripts
How to load a two-level table using subscripts
How to search a two-level table using subscripts
How to use indexes to work with tables
How to define a table with an index
How to refer to table entries using an index
How to load a table using an index
How to code the Set statement
How to perform a sequential search
How to perform a binary search
How to search a two-level table using indexes
How to work with variable-length tables
How to define a variable-length table
How to load a variable-length table
How to search a variable-length table
Another technique for working with variable-length tables
Other features for working with tables
How to use the Perform Varying statement to vary more than one index or subscript
How to use intrinsic functions with tables
How to use copy members and subprograms
How to use copy members
How to use the Copy statement
Guidelines for using copy members
How to use subprograms
How to call a subprogram
How to write a subprogram
Another example of a calling program and subprogram
Guidelines for using subprograms
COBOL for working with files
Concepts and terms for working with disk files
Disk concepts and terms
How data is stored on a disk drive
How the data in a sector is read or written
Blocked versus unblocked records
Fixed-length versus variable-length records
File organization concepts
Sequential file organization
Indexed file organization
Indexed file organization with alternate indexes
Relative file organization
VSAM file organizations
Typical programs that work with disk files
Interactive programs
Batch programs
How to work with sequential files
COBOL for fixed-length records
How to code Select and FD statements
How to code Procedure Division statements
How to work with file status codes
A sequential update program
The program specifications
The test data and matching record logic
The structure chart
The COBOL code
A sequential maintenance program
The program specifications
The test data and matching record logic
The structure chart
The COBOL code
Special considerations for sequential update and maintenance programs
Error processing for I/O operations
Testing and debugging
Design alternatives
COBOL for variable-length records
How to code FD statements
How to write to a file that contains record types with different lengths
How to process a file that contains record types with different lengths
How to write records with a varying number of segments
How to process records with a varying number of segments
How to work with indexed files
COBOL for indexed files
How to code Select statements
File status codes
How to code the Open, Close, Read, Write, and Rewrite statements
How to code the Start statement
How to code the Delete statement
A sequential file creation program
The program specifications
The structure chart
The COBOL code
A random maintenance program
The program specifications
The structure chart
The COBOL code
How to work with alternate indexes
How to code Select statements
How to code Start and Read statements
How to process an alternate index sequentially
How to process an alternate index randomly
Other processing techniques
How to use dynamic processing
How to use skip-sequential processing
How to work with relative files
COBOL for relative files
How to code Select statements
How to code I/O statements
How to process relative files
Sequential processing
Random processing
How to use the sort/merge feature
Concepts for sorting and merging
Sorting concepts
Merging concepts
Why COBOL sorts and merges improve efficiency
COBOL for sorting
How to code Select and SD statements
How to code the Sort statement
How to code the Release statement
How to code the Return statement
An edit-sort-and-update program
The program specifications
The structure chart
The COBOL code
Efficiency considerations
COBOL for merging
How to code the Merge statement
How to use the Sort statement to merge files
How to merge files using JCL
Two more sort/merge considerations
IBM special registers
The FASTSRT compiler option
The IBM mainframe environment for COBOL
Introduction to IBM mainframes
IBM mainframe processors
The basic architecture of a processor
The history of the System 360/370 family of processors
Input/output devices for IBM mainframes
Terminal display devices
Direct access storage devices
Printer devices
Magnetic tape and optical disk devices
The basic features of a mainframe operating system
Virtual storage
Multiprogramming
Spooling
Batch processing
Time sharing
Operating systems for IBM mainframes
The OS family of operating systems
Other IBM mainframe operating systems
Features of the OS/390 and z/OS operating systems
OS/390 and z/OS subsystems and facilities
How to compile and test programs on an IBM mainframe
An introduction to program development on a mainframe
How a COBOL program is compiled, link-edited, and executed on a mainframe
A general procedure for developing a COBOL program on a mainframe
How to create a source program using ISPF
Basic skills for working with ISPF
How to create a partitioned data set
How to start an edit session
How to work in the edit data display
How to use line commands and primary commands
How to terminate an edit session
How to compile, link-edit, and execute a program
An introduction to jobs and Job Control Language
The cataloged procedures for COBOL program development
How to use the compile-link-and-go procedure
How to execute an existing program
How to create a sequential data set
How to use SDSF to work with jobs and job output
Basic skills for working with SDSF
How to work with jobs
How to use SDSF to work with jobs and job output (continued)
How to work with job output
How to display job output
How to handle compile-time and run-time error messages
How to handle compile-time error messages
How to handle run-time error messages
How to use Access Method Services to work with VSAM files
How VSAM manages data sets
The Integrated Catalog Facility (ICF)
Control intervals and control areas
Free space and record additions for a KSDS
How a record in a KSDS is randomly accessed by primary key
How alternate indexes work
Introduction to Access Method Services
Some commonly used AMS commands
The JCL requirements for using AMS commands
The syntax requirements for AMS commands
How to use the Define Cluster command to define a data set
Parameters that identify a data set
Parameters that describe the data set's characteristics
Parameters that allocate space to the data set
Other Define Cluster parameters
How to use the Listcat command to list catalog information
How to identify the entries you want to list
How to limit the amount of information that's listed for each entry
How to use AMS commands to print, copy, and delete data sets
How to use the Print command to print a data set
How to use the Repro command to copy a data set
How to use the Delete command to delete a data set
How to define and build an alternate index
How to use the Define Alternateindex command
How to use the Define Path command
How to use the Bldindex command
How to use CICS to develop interactive programs
Program development concepts and techniques
How application programs use CICS services
How pseudo-conversational programming works
How to develop CICS programs
The Execute Interface Block and the Dfhaid copy member
A CICS inquiry program
The program specifications
The BMS mapset
The symbolic map
The structure chart
The COBOL listing
Introduction to CICS web programming
The benefits of using CICS for web applications
How to connect to CICS through the Internet
Three techniques for accessing CICS programs
How the CICS Transaction Gateway works
How the 3270 Bridge exit works
How to use DB2 to develop database programs
DB2 and the relational database model
How a relational database is organized
How the tables in a relational database are related
How to use SQL to work with a DB2 database
Introduction to Structured Query Language
How to retrieve data from a single table
How to join data from two or more tables
How to create and work with result tables using embedded SQL
A DB2 inquiry program
The interactive screen
The DCLGEN output
The structure chart
The COBOL listing
How to develop a COBOL program that accesses DB2 data
How to become an effective maintenance programmer
Statements and features you should be aware of
Perform Thru and Go To statements
Go To Depending statements
Section names in the Procedure Division
Qualification and the Move, Add, and Subtract Corresponding statements
Declarative sections
The basic skills for maintaining programs
A structured procedure for maintaining a program
What to change and where to change it
How to document the changes in the source code