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This document provides an alphabetic listing with hyperlinks for the documents that are provided for the SIMOSAM1 Libraries. The SIMOSAM1 Libraries (or Directory Structures) are the foundation for the Mainframe System Model. This architecture makes it possible to migrate (or move) a batch or online application that is currently running on an IBM Mainframe System with ZOS to a Linux, UNIX or Windows System with Micro Focus Server.
Migrating the application assets and building the load members for the new environment is only part of the effort required. Migrating and/or sharing the data is a critical part of the overall migration effort. Many of the programs in the following list will focus on the data file transfer, share, convert and compare aspects of a data migration effort.
We have made a significant effort to ensure the documents and software technologies are correct and accurate. We reserve the right to make changes without notice at any time. The function delivered in this version is based upon the enhancement requests from a specific group of users. The intent is to provide changes as the need arises and in a timeframe that is dependent upon the availability of resources.
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a2en8001 | This job will execute a program that will read a record sequential, ASCII-encoded file, convert or translate the record content and write to a record sequential, EBCDIC-encoded file while maintaining binary and numeric integrity. The first COBOL program does the file Input and Output and calls a second COBOL program to do the record content conversion between ASCII and EBCDIC. Each record in the Input file is a data structure that contains a mixture of binary, numeric and text strings or fields. |
ab011401 | This suite of programs will cause an ABEND (or ABnormal ENDing) when attempting to do a move using reference modification with an invalid offset. The ABEND is an RTS0114 - Attempt to access an item beyond bounds of memory. |
abtest01 | Example of a COBOL program running in a Micro Focus environment that calls an ABEND routine to display the call stack. This allows an abnormal termination of a program and provide useful information about the cause. |
adm1dirs | This is the Library (or Folder) structure for the Administrator that manages the SIMOSAM1 Library of Programs and Documents. The SIMOSAM1 Library (or Directory) is the foundation for the Mainframe System Model that executes on a Windows System with Micro Focus Enterprise Server. |
adracc01 | An example of using embedded SQL to create a table in a relational data base model using an ODBC driver interface to Microsoft Access in a Micro Focus Enterprise Server environment. |
aiedmk01 | This program executes a routine that uses the Edit and Mark or EDMK Instruction to prepare a numeric value that is stored in a Packed-Decimal format to be used in a review process that requires human observation. A HEX-Dump routine is used to display the memory used by the program. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS or ZOS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. |
ailh0001 | perform functional testing of the Load Halfword (LH) instruction. The results of the functional testing will be written to a user log file. The content of the affected General Purpose registers will be presented using hexadecimal notation. |
aistcm01 | This 370 Assembler program provides different techniques for using the RS Format of the Store Characters under Mask (STCM) Instruction. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. |
aisub001 | This 370 Assembler program provides different techniques for using the RX Format of the Subtract Instruction. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. |
aitr0001 | This program executes a routine that use the TR Instruction to convert a string of lower case characters to upper case. A HEX-Dump routine is used to display the memory used by the program. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. |
alocat01 | Override a physical file location with Micro Focus Enterprise Server |
altinc01 | This is a Utility Program to scan COBOL source code and replace the -INC statements with standard COBOL Copy Statements. |
altincb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
altincb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
altincb3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
altksdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
ap2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
apdupe01 | This test case will execute a cobol program that will describe and demonstrate the use of the GO TO DEPENDING ON function of the COBOL Programming language. |
aphtml01 | Source Code Identification or Member Typing with Member Counts and Lines of Code. |
aphtmmdl | Source Code Identification of Member Type based on programming language with Member Counts and Lines of Code. |
aplmig01 | A discussion of the process and tasks involved when moving of all the components of an application from an existing system to a new system and obtaining the same business results. The term Application Migration may be defined as the moving or deploying of all the components of an application from an existing system to a new system and obtaining the same business results. |
apload01 | Describes how to Define an Application Properties Repository and Populate with Validated Source Information. |
apmast01 | Describes the structure and properties of an Application Properties Repository. This will include the physical structure of the Data Set and the Record Format. |
apmastb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
appevo01 | This document provides an overview of a application life cycle that includes the structure and process for promoting through the Development, Testing and Production phases. |
applbldl | Describe and demonstrate the technical notes and tasks that are created and implemented during an application migration between an IBM Mainframe and a Linux, UNIX or Windows system. |
applsupp | Micro Focus Enterprise Server and a focus on the application and system support requirements. |
apxrefb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
asc2ebc1 | A conversion or translation chart or table for ASCII, EBCDIC, Binary, bit, hex, hexadecimal, decimal or text. Includes alternate codes for the currency symbols (dollar sign, British Pound and Japanese Yen), the umlaut, acute, grave, circumflex, tilde, Copyright and Trademark. |
asm4wto1 | A discussion and samples of mainframe assembler coding techniques for the Write To Operator (WTO) macro. The program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. This suite of programs, both source code and documentation are included in a zip file for easy downloading. |
asmaat01 | This is a very simple example of a mainframe assembler program. It simply sets the return code to zero and returns to caller. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on windows System. |
asmahome | Presentation Material for a SIMOTIME Workshop about High Level Assembler (HLASM). This is the Home page. |
asmalink | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarizing. |
asmalt01 | IBM Mainframe, High, Level, Assembler (HLASM) Alternatives when Migrating an Application to a distributed or open system such as Windows, UNIX or Linux. |
asmapg10 | Presentation Material for a SIMOTIME Workshop about High Level Assembler (HLASM). This page contains information for Application Migration & System Preparation (1 of 2). |
asmapg11 | Presentation Material for a SIMOTIME Workshop about High Level Assembler (HLASM). This page contains information for Application Migration & System Preparation (1 of 2). |
asmapg20 | Presentation Material for a SIMOTIME Workshop about High Level Assembler (HLASM). This page contains information for Application Migration & System Preparation (1 of 2). |
asmaquit | Presentation Material for a SIMOTIME Workshop about High Level Assembler (HLASM). This is the Home page. |
asmasm01 | This suite of programs provides an example of how a mainframe assembler program calls a mainframe assembler (HLASM) routine. The assembler programs are written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A suite of JCL members is provided to run the jobs as as ZOS or MVS batch jobs on an IBM Mainframe System. Also, the jobs have been tested on a Windows System with Micro Focus Mainframe Express (MFE) and Enterprise Developer with the Mainframe sub-system option enabled. |
asmbch01 | A reference for the extended mnemonics for the branch instructions for mainframe assembler programming or coding techniques. |
asmbit01 | An example of how a COBOL program calls an Assembler routine to do Bit level processing. Testing for a bit setting or resetting a bit within a byte. The COBOL program is written using the COBOL/2 dialect and the Assembler is written using IBM HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. |
asmcbl01 | This suite of programs provides an example of how a High Level Assembler (HLASM) program calls a COBOL program. The assembler program is written using an IBM Mainframe Assembler dialect (HLASM). The HLASM program will compile using Assembler/H or HLASM. A JCL member is provided to run the job as a batch job on an IBM Mainframe System with ZOS or as a batch job on a Windows System with Micro Focus Enterprise Developer. |
asmins01 | This document is intended to be used as a quick reference for the IBM Mainframe Assembler programmer using HLASM (High Level Assembler) or Assembler/H. The focus is on the 360 and 370 problem-state, non-floating point instructions running in an MVS or ZOS environment. The programs may be compiled and executed on an IBM Mainframe System or a Windows System with Micro Focus Enterprise Developer. |
asmmbr01 | The code structure diagram was created by scanning the Assembler source code members that are used to create an executable Mainframe Assembler program. The objective is to identify the source member dependencies that include macro and copy files. |
asmmf101 | An introduction to the installation, configuration and usage of mainframe assembler capability on a Windows System using Micro Focus technology and Enterprise Developer. |
asmmix01 | This suite of programs provides an example of how a mainframe COBOL program can call a Mainframe Assembler program that is a composite link of multiple Assembler members. The assembler programs are written in IBM Mainframe Assembler, they will compile using Assembler/H or HLASM or Micro Focus Mainframe Express (MFE) running on a Windows System. |
asmo2cbl | This program generates programs or COBOL Source Code that may be used to access non-relational data files and VSAM data sets. |
asmogenr | An example of how to create a non-executable member from Assembler Source Code for the Micro Focus Studio and Server environments running in EBCDIC or ASCII. The source code may contain define constants, Define Storage, DC, DS, Equates, EQU or ORG statements. |
asmogsys | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
asmr1401 | This is a very simple example of a mainframe assembler program. It simply sets the return code to zero and returns to caller. The assembler program is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or as a project with Micro Focus Mainframe Express (MFE) running on windows System. |
asmsdirs | This is the Library (or Folder) structure for the Mainframe Assembler programmers that manage and compile source code for the SIMOSAM1 Library of Assembler Programs and Documents. The SIMOSAM1 Library (or Directory) is the foundation for the Mainframe System Model that executes on a Windows System with Micro Focus Enterprise Developer. |
asmtrixs | A discussion and examples of mainframe assembler (HLASM) programming or coding techniques. This document may be used as a tutorial for new assembler programmers or as a quick reference for experienced programmers. |
aspeek01 | The ASPEEKA1 routine (or callable program) will access a user defined binary string of data and create a text string of data in a hex-decimal notation format that may be displayed or used in a review process that requires human observation. |
astn8001 | Read a sequential file that contains 80 byte, fixed length records. Calculate a record count and accumulate summary totals for the numeric fields that are defined as Binary, Packed Decimal or Zoned Decimal. |
bannerb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
basicsu1 | A description of a quick acquisition and payment process for small services requirements. |
bchmrk01 | An example of how to track and document the elapsed times of the tasks within a batch application. |
bdscript | This is an example of Windows Command Files that will do a scripted build of an application that has been moved from an IBM Mainframe to a Windows environment with Micro Focus. |
behaveb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
bflagsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
binbit01 | This is an example of a COBOL program that shows how to create, define, access or process tables or text strings that contain binary values. |
byte8001 | Convert a mainframe record sequential file to a line sequential file (or ASCII/Text) with a comma separated values (or CSV) format. |
byte80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
callam01 | Describe and demonstrate program examples the define or declare external variables using COBOL with Procedure Pointers and External Data Items. The sample COBOL programs continue to execute on a Mainframe System and have been copied, compiled and executed on a Linux, UNIX and Windows System with Micro Focus. |
casecr01 | An example of how a COBOL program does case conversion. The example shows simple conversion between upper and lower case plus capitalization and editing of specific words within a text string. The COBOL programs are written using the COBOL/2 dialect. A JCL member is provided to run the job as a ZOS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
casevary | This document provides a record layout based on the field definitions in a COBOL copy file. |
catext05 | The suite of programs will extract information from the Micro Focus catalog and write CSV formatted records to an ASCII/Text file. |
catgdg01 | Identify Generation Data Groups and create entries in the Micro Focus Catalog. |
catpds01 | Identify Partitioned Data Sets and create entries in the Micro Focus Catalog. |
catpop01 | An example of how to populate a catalog for the Micro Focus Server. |
catpopb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
catseq01 | Identify the record sequential files and create entries in the Micro Focus Catalog. |
catvsm01 | Identify VSAM data sets and create entries in the Micro Focus Catalog. |
cbl_cprs80c1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcka2ec1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcka2er1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcke2ac1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcke2ar1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckextc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckextr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckhexc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckimpc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckimpr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckksdc5 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckksdc8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckpekc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckpekr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tckshxc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotc2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotc6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotr2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcktotr6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcna2ec1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcna2er1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcncl1c1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcncp1c1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcncp3c3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcne2ac1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcne2ar1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnextc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnextr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnhexc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnimpc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnimpr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnksdc5 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnksdc8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnpekc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcnpekr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotc2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotc6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotr1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotr2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcntotr6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpa2ec2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpa2er2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpe2ac2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpe2ar2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpeekc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpextc2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpextr2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcphx4c2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpimpc2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcpimpr2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcppekc2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbl_tcppekr2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cblalt01 | This example includes a suite of COBOL programs and JCL that will produce a VSAM, Keyed Sequential Data Set (i.e. KSDS) with alternate indexes or alternate record keys (AIX). IDCAMS is used to create the file and COBOL is used to load or populate the file. |
cblasm01 | This suite of programs provides an example of how a mainline COBOL program calls a mainframe assembler (HLASM) I/O routine to access a VSAM, KSDS data set. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. The assembler IO routine is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
cblasmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cblbin01 | A COBOL program and JCL member that describes and demonstrates by example the various table functions such as a table load, a standard COBOL SEARCH, a standard COBOL SEARCH ALL, a user written binary search and a user written linear search. |
cblbit01 | An example of how a COBOL program does Bit level processing. Testing for a bit setting or resetting a bit within a byte. The COBOL programs are written using the COBOL/2 dialect. A JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System or on a Linux, UNIX or Windows System with Micro Focus. A CMD file is provided to the job on a Windows System using Micro Focus COBOL. A Bash Script file is provided to run the job on Linux or Ubuntu using GnuCOBOL |
cblbuild | This document will describe the process for creating executable members from COBOL source members. The process uses Job Scipts or Batch Job Processing techniques. This process was originally created and executed on a Microsoft Windows NT2000 System with Micro Focus Net Express 3.0. |
cblcat01 | Describe and demonstrate an example of how to populate, list and dump a catalog for a Micro Focus Enterprise Server environment. |
cblcbl01 | This suite of programs provides an example of how a mainline COBOL program calls a mainframe COBOL I/O module or routine to access a VSAM, KSDS data set. The COBOL programs are written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A sample JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
cblcblb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cblclt01 | A suite of COBOL programs that provide examples of the sorting or collating (SORT or COLLATE) sequence and the differences between EBCDIC and ASCII encoding formats and possible programming logic failures. |
cblcmp01 | This is an example of a COBOL program that will compare the contents of two data files at the record level and by position within the record. |
cblcrd01 | This is an example of a COBOL program that will produce a comma delimited file without the leading and trailing spaces within the fields. |
cblcsv01 | Convert a file with a record structure that uses a row and column format to an ASCII encoded file with a record structure that uses a Comma Separated Value or CSV format. This test case is an example of a set of COBOL programs that will produce a comma (tab, semicolon or other character) delimited file without the leading and trailing spaces within the fields. The programs have been tested on an IBM Mainframe System, a Windows system with Micro Focus COBOL and a Linux System with GnuCOBOL. |
cblcsv02 | Convert an ASCII encoded file with a record structure that uses a |
cbldat01 | A COBOL coded program example of how to convert, edit, validate and format a date field. |
cblday01 | This suite of programs provides an example of calculating the number-of-days difference between two dates. |
cbldayb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbldfc01 | An example of how COBOL programs do file conversion. The example provides ASCII EBCDIC conversion, case conversion techniques and file format conversion. Examples of IBM Mainframe data conversions between ASCII Text, Sequential, QSAM, Indexed, VSAM, KSDS using fixed or variable length records with a fixed field or comma delimited record structure are included. |
cbldfcb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cbldia01 | This page briefly describes some of the COBOL dialect differences and some COBOL syntax examples. |
cble2a01 | An example of how COBOL programs do file conversion. The example provides ASCII EBCDIC conversion and case conversion techniques. |
cblenv01 | How to SET or GET an environment variable from within a Micro Focus process using a COBOL program. |
cbletm01 | This Test Case will describe and demonstrate a technique that will calculate the total execution time of the program and track the elpased time of user-defined segments of code within the program. |
cblfpa01 | This is an example of a COBOL program that does floating point arithmetic. |
cblhbx01 | An example of how a COBOL program can display a message in a hexadecimal dump or hex dump format for both ASCII and EBCDIC data strings. |
cblivp01 | A very simple COBOL program that displays a message to the screen. |
cbljus01 | A COBOL programming example of how to center, right or left justify a text string within a character field. This sample includes the source code for executing on an IBM Mainframe System or a Windows System with Micro Focus Server using COBOL. |
cbllog01 | This member provides an example of how to post or write a message to a user-defined log file. |
cblmem01 | An example of how a COBOL program can display a message in a hexadecimal dump or hex dump format for both ASCII and EBCDIC data strings. |
cblnum01 | An example of how a COBOL program does testing and scanning of a field for a numeric value. It describes how to do an arithmetic compare of two numeric values. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS or ZOS batch job on an IBM Mainframe System or a Linux, UNIX or Windows System with Micro Focus. |
cblpar01 | Describe or explain how to pass a parameter string or variable from JCL to COBOL via the LINKAGE section or the ACCEPT statement. Included are examples of using the PARM= and SYSIN functions to pass text strings, variables or multiple records from SYSIN. |
cblprt01 | This suite of programs provides an example of how a COBOL program can be used to scan a text string and replace the non-display or non-printable characters with spaces prior to printing or displaying. This has the result of removing non-printable characters from the text string. |
cblqsm01 | This program example describes how a mainline COBOL program calls a COBOL I/O routine to access a QSAM or Sequential file. The COBOL programs are written using COBOL/2 dialect but also works with COBOL for OS390. A sample JCL member is provided to run the job as an MVS batch job on an IBM Mainframe System with ZOS or a Linux, UNIX or Windows System with Micro Focus Enterprise Server or Studio. Command files are provided for running with Net Express or Application Servers. |
cblqsm03 | This program provides an example of how a single COBOL program can access a QSAM file for sequential processing. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
cblraz01 | A COBOL program example of how to do a right adjust or right justify of a numeric value within a text field and zero fill the left most (or high order) bytes with leading zeroes. Also provides an erase to End Of Field after the first space character is encountered. The programs in this test case may be compiled and executed on an IBM Mainframe System, a Windows System or a Linux System. |
cblrep01 | This example will show how to scan a field and replace or convert a text string within a field with a text string value of a different length by extending the functionality provided by the COBOL inspect statement using the replacing or converting format. A JCL member is provided to run the job as a ZOS batch job on an IBM Mainframe System or as a project with Micro Focus Enterprise Developer running on a Windows System. A CMD member is provided to run the job with Micro Focus Net Express running on a Windows System. A Bash Script File is provided to run the job on a Linux or UNIX System and GnuCOBOL |
cblrmp01 | This suite of programs provides an example of how a COBOL program can parse a data string using a space character or other character as a delimiter. A new field is created with the leading and trailing spaces removed, a truncate or trim function, and the embedded, multiple spaces will be replaced with a single space. This example uses COBOL reference modification and is an alternative to using the STRING and UNSTRING statements. |
cblrtn01 | This COBOL example will show how to convert the two byte file status code that may contain binary data to a four byte numeric value that may be displayed. |
cblsrt01 | A COBOL programming example of how to create and access data files with variable length records. This sample includes the source code for executing on a PC with Micro Focus COBOL. |
cblsrtb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cblstr01 | This program suite provides an example of how a COBOL program can parse a data string containing a street address and produce a new data string with an edited street address (i.e. case formatting and word substation). Also, the program identifies a Post Office Box address. |
cblsub01 | An example for submitting a second job (or JCL Member) to the Mainframe internal reader or INTRDR from within a COBOL Program executing from a JCL Member. |
cbltbl01 | This is an example of a COBOL program that does table processing. A table will be loaded, sorted and accessed. |
cbltrx01 | This suite of programs shows various COBOL coding techniques to perform tasks or provide function that may be considered outside the primary business processing requirements. |
cbltxn01 | This suite of programs provides an example of a COBOL program calling a COBOL conversion routine to convert digits or numeric values to a currency text string or english-oriented text string of words for display or print. The COBOL sample programs are written using the COBOL/2 dialect. The COBOL programs will run on an IBM Mainframe and on Windows or UNIX using Micro Focus COBOL. |
cblv8001 | A COBOL programming example of how to create and access data files with variable length records. This sample includes the source code to compile and execute on an IBM Mainframe System or a Linux, UNIX or Windows System with Micro Focus COBOL. The example uses standard SELECT and FD statements with recording mode syntax. |
cblvlr01 | A COBOL programming example of how to create and access data files with variable length records. This sample includes the source code for executing on a Windows System with Micro Focus COBOL. |
cblvlrc1 | A COBOL program that compares two ASCII/Text files on a record by record basis. For this program the maximum length of the records to be compared is 80 characters. |
cblvlrc2 | A COBOL program that converts a record sequential file with 80 bytes fixed length records to a mainframe (or ZOS) formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes. |
cblvlrc3 | A COBOL program that converts a mainframe (or ZOS) formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes to a Micro Focus Sequential file with variable length records. |
cblvlrc4 | A COBOL program that converts a mainframe (or ZOS) formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes to a Micro Focus Sequential file with variable length records. |
cblvlrc5 | A COBOL that converts a Mainframe (or ZOS) formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes to a Micro Focus Record Sequential file with fixed length records with a record size of 80 bytes. |
cblvlrc6 | A COBOL that converts a Mainframe (or ZOS) formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes to a Micro Focus Record Sequential file with fixed length records with a record size of 80 bytes. |
cblvlrc7 | A COBOL that converts a Micro Focus formatted sequential file with variable length records with the size varying from 4 to 32,760 bytes to a Micro Focus Record Sequential file with a maximum record size of 80 bytes. |
cblvsm01 | This program provides an example of how a COBOL program can access a VSAM, KSDS data set. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a Windows System. A Command File is provided to run the job on a Windows System using Micro Focus COBOL Technology. A Bash Shell Script is provided to run the job on a Linux System using GnuCOBOL from SourceForge. |
cbsnap01 | Dump and display the content of user items that are defined in the COBOL WORKING STORAGE section. |
cbsort01 | This test case will describe and demonstrate by example how to use a COBOL program to call the sort program to re-sequence a data file. |
cbtrak01 | This member provides an example of how to call the SimoTRAK program that will post the point of interest in a program and the elapsed time between this call, the prior call and the first call. |
cbwait01 | How to execute a WAIT or SLEEP function from JCL or a COBOL program using Micro Focus Enterprise Server and the CBL_THREAD_SLEEP. This function will cause a delay in processing for the amount of time specifed by the user. |
ccsrdr01 | Submit a batch job via JCL to the JES Internal Reader or INTRDR from a CICS program using EXEC CICS SPOOL. A MVS, ZOS or Micro Focus example using Enterprise Server. |
ceeigzct | This document provides a record layout based on the field definitions in a COBOL copy file. |
char80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
chatmats | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarizing. |
chstcq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
chstsq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
ci2inq1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cicsaf01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. |
cicsap01 | This is an example of a CICS Program that manages a VSAM, KSDS containing information about application source members. |
cicscm01 | This is a CICS program to do Inquiry and Update Functions for the Customer Master File |
cicsfm01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. |
cicsfp01 | This is an example of a CICS Program that manages a VSAM, KSDS containing information about data files (characteristics or properties) used by a mainframe application. |
cicsfs01 | This is an example of a CICS program that accesses a VSAM, KSDS containing brief descriptions about the cause of a file status return code. |
cicshx01 | This is an example of a CICS COBOL program that does File Access and shows the content of a selected record in a VSAM, KSDS in hexadecimal or Hex-format (Dump) on a 3270 display device using a BMS screen. |
cicshx03 | This is an example of a CICS File Management Application that shows the content of a selected record in a VSAM, KSDS in Hex-format (Dump) an EBCDIC format and an ASCII format. A record may be viewed or patched (updated). |
cicsim01 | This is a CICS program to do Inquiry and Update Functions for the Item Master File |
cicsmn01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. |
cicsn101 | This is an example of a COBOL program that will produce a comma delimited file without the leading and trailing spaces within the fields. |
cicsrm01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. The menu items provide links to CICS programs that access a relational data base table that may be managed by DB/2, SQL Server, Oracle or ODBC. |
cicsst01 | This is an example of a COBOL program that will produce a comma delimited file without the leading and trailing spaces within the fields. |
cicsum01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. |
ciedmk01 | This Job executes a COBOL routine that performs the same function as the IBM Edit and Mark or EDMK Instruction. This function will prepare a numeric value that is stored in a Packed-Decimal format to be used in a review process that requires human observation. A HEX-Dump routine is used to display the memory used by the program. The programs are written in COBOL and initially tested on a Windows System with Micro Focus COBOL. The COBOL programs are ANSI85 and may be transferred to a LINUX or IBM Mainframe System and then compiled and executed. |
cmd_a1nbpzw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_a1nbpzw8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_accessw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_cbl_to_html_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_csv2htm_userdocs_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_csv2htm_userdocs_once | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_sysout_to_html_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_txt_to_html_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_adm1_genr_txt_to_inc_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_admfmtw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_admimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_bldl_test_data | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_full_test_case | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_prep_001 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_tcne2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_tcnhxaw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_go_tcnpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_bldl_test_data | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_group_001 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_group_002 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_tcne2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_tcnhxaw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bj_set_n_go_tcnpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bsda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsde2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsdextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsdfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bsdhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsdhxdw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bsdimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsdneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsme2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsmextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsmfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_bsmhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsmimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bsmneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bswneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bude2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_budextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_budhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_budimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_budneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bume2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bumextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bumhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bumimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bumneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_buwneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_bx_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_cbbatae1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_cbprepw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_cbut1ae1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_cbut2ae1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_ciohexw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_flds_tcnbrs01_cpy2flds_expo | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_flds_tcnbrs01_cpy2flds_impo | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_flds_tcnbrs01_cpy2flds_peek | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_flds_tcnbrs01_cpy2flds_tots | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_hex_tcnbrsd1_asc | Message Posting of Text Strings |
cmd_hex_tcnbrsd1_ebc | Message Posting of Text Strings |
cmd_hex_tcnbrsd2_asc | Message Posting of Text Strings |
cmd_hex_tcnbrsd2_ebc | Message Posting of Text Strings |
cmd_nvrtbnw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_nvrtpdw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_nvrtzdw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_prep_tcnbrs01_csv2pcf_comp_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_csv2pcf_conv_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_csv2pcf_revu_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_csv2pcf_tots_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_pcf2cbl_comp_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_pcf2cbl_conv_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_pcf2cbl_revu_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_prep_tcnbrs01_pcf2cbl_tots_loop | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psde2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psdextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psdhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psdimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psdneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmcl1k1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmcl1k4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmcl1w4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmcp1w4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmcp3w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psme2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmextw5 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmhxdw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmimpw5 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmpekw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmpekw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_psmtotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmtotw4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_psmzapw4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_pswa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pswe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pswextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pswhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pswimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pswneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pude2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pudextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pudhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pudimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pudneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pume2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pumextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pumhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pumimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_pumneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_puwneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_px_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_strs_datafmts_cpy2html_recl_strs | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysluser_ | Message Posting of Text Strings |
cmd_sysluser_tcncl1w1 | Message Posting of Text Strings |
cmd_sysluser_tcncl1w9 | Message Posting of Text Strings |
cmd_sysluser_tcncp1w1 | Message Posting of Text Strings |
cmd_sysluser_tcncp1w9 | Message Posting of Text Strings |
cmd_sysout_tcna2ew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcncl1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcncl1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcncp1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcncp1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcne2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnextw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnhxaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnhxaw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnhxew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnhxew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcnpekw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcntotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_sysout_tcntotw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcke2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckhxaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckhxew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckksdw8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckpkaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckpkew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcktotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcktotw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcktotw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcktotw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tckzapw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcna2ew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnbrsrb | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcncl1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcncl1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcncp1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcncp1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcne2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnextw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnhxaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnhxaw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnhxew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnhxew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnimpw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnksdw8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnpekw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnpekw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcntotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcntotw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcntotw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcntotw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcntotw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcnzapw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpa2ew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpcpew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpe2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpeekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpextw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcphx4w2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcpimpw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_tcppekw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zcpy2fld | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zcpy2htm | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zfigprep | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zjobexec | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zpcf2cbl | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zpcf2tot | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zsda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsde2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsdextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsdfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zsdhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsdimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsdneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsme2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsmextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsmfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cmd_zsmhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsmimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zsmneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zswneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuda2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zude2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zudextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zudhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zudimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zudimpw8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zudneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuma2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zume2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumextw8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumimpw8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zumneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwa2ew1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwe2aw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwextw1 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwhxdw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwimpw2 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwimpw8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zuwneww8 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
cmd_zx_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
compgnit | This procedure will generate the COBOL source code that will compare two data files. The records contain packed and binary data. The generated program may be compiled and executed on an IBM mainframe (z/OS or VSE) and a Windows or UNIX platform with Micro Focus COBOL. |
compgvit | This document explains how to validate or view the source code generated to compare two Item Master files. |
concat01 | Describe and demonstrate how to concatenate the records from two (2) data files using a JCL member with Utility Programs and COBOL. This set of programs and JCL will run on a ZOS Mainframe System or a Windows, Linux or UNIX System with Micro Focus. |
copy0133 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cp051201 | An example of how to Compare Selected Positions within Records for a Sequential File and a VSAM, KSDS. |
cp80rsc3 | This program will compare 80 byte records within two data files using matching record logic. |
cpbyte01 | This test case was used to evaluate the feasibility of using a single COBOL program to compare the content of two non-relational data structures of unknown origin. The idea was to access the data as sequential files containing one-byte records. |
cpdirx01 | This document describes a process that will compare the content of two (2) directory structures and their associated sub-directories. The methodology will create a directory listing for each of the directory structures. The listing files are then reformatted and sorted prior the to compare and tracking of added or deleted members within the directory structures. |
cpls4k01 | A sample COBOL program to compare two line sequential or ASCII/Text files. The program may be compiled and executed on a Window, UNIX or Linux System with Micro Focus or GnuCOBOL. |
cpls8001 | A sample COBOL program to compare two line sequential (or ASCII/Text) files with a maximum record length of 80 bytes. The program may be compiled and executed on a Window, UNIX or Linux System with Micro Focus Cobol or GnuCOBOL. |
cplseq08 | A Windows Command File or Job Script that is used to create test files. |
cprs8001 | A sample COBOL program to compare two sequential files with 80 byte records. The program may be compiled and executed on an IBM Mainframe System or a Window, UNIX or Linux System with Micro Focus. |
cpsout01 | A sample COBOL program to compare two line sequential or ASCII/Text files. The program may be compiled and executed on a Window, UNIX or Linux System with Micro Focus. |
cptots01 | A description of how to compare two SYSOUT files that are configured as Line Sequential with 121 byte records and contain user-defined summary totals and record counts. |
cpy_tcpr80b2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cpyrep01 | This is an example of a COBOL program that uses copy files with the replacing function. |
cpyrepb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cq2upd01 | This is a CICS program to do read, fetch, update and insert Functions for the Customer Data Base using embedded EXEC CICS and EXEC SQL statements. |
cq2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cqhold1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
crtn8008 | This job will execute a program that will read an existing line sequential file with a record structure that uses a CSV (Comma Separated Values) format. Next, the primary program will call a second program to convert or translate the record content from CSV to FFL (Fixed Field Length) format. Next, the primary program will write the record to a new record sequential file. The first COBOL program does the file Input and Output and calls a second COBOL program to do the record content conversion. Each record in the Output file is a data structure that contains a mixture of binary, numeric and text strings. |
csdfct01 | This is an example of a utility program to extract FCT information from the Micro Focus DFHDRDAT file and post to a CSV file. |
csdfct82 | Describe how to update the FCT entries in the DFHDRDAT File for a Micro Focus Enterprise Server configuration. |
csdfctb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
csdpct01 | This is an example of a utility program to extract PCT information from the Micro Focus DFHDRDAT file and post to a CSV file. |
csv_pd_sgn_user_data_n2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
csv_tcnbrsd2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cu2inq01 | This is an example of a CICS Inquiry Screen or BMS with a COBOL Program using command level CICS. |
cu2inq1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cu2seqb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cu2upd01 | This is an example of a CICS Menu Screen or BMS with a COBOL Program using command level CICS. |
cu2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cu80qa01 | This Test Case includes job scripts and programs that describe and demonstrate the use of file access methods used by SimoTime. The programs describe and demonstrate a variety of data file accessing and data management techniques. Techniques for accessing, analyzing, viewing, converting or comparing data files of known and unknown structure and content are included. The viewing |
cudump01 | This utility program will create a Hexadecimal dump (or HEXDUMP) of user-defined records in the Customer Master VSAM, Key Sequenced Data Set (KSDS). The Dump information is written to a SimoTime Log File. |
cudump1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cuduox01 | How to generate, compile and execute a COBOL program that will compare the records in two VSAM data sets. The positions within the records to be compared are defined by the user at execution time by using a control file. |
cuhexk03 | This generated COBOL program will create a Hexadecimal dump (or HEX-DUMP) of user-defined records in the Customer Master File. This file is a VSAM, Key Sequenced Data Set (KSDS). The dump information is written to a user-defined file. This program will compile and execute on a Mainframe, Linux, UNIX or Windows System. |
cumast01 | This is an example of a COBOL program that will produce a Customer Master File. The file format produced is a VSAM, KSDS or a Micro Focus Indexed File. |
cumend1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cumktx01 | An example of how to generate, compile and execute a file conversion process that uses a set of COBOL programs to do the File-Format and Record Content conversion from an ASCII-encoded Indexed file with a fixed-length-field record structure with COMP and COMP-3 numeric formats to an ASCII/Text file with a record structure that contains fixed-length-fields of all text. |
cup30301 | Use a COBOL program to Compare selected positions within the records of two VSAM KSDS. |
cup303x1 | COBOL Source Code for a Data File Compare Program. |
cup303x2 | COBOL Source Code for a Data File Compare Program. |
cuqacc01 | This document describes how to configure an ODBC Driver and then create and process a Microsoft Access Database using the ODBC Driver with Micro Focus COBOL and embedded SQL Statements. |
cuqcp101 | An example of using embedded SQL in a COBOL program to sequentially process a table within a relational data base. This example uses cursor processing and the FETCH to sequentially access multiple rows within a table. |
cuqct101 | An example of using embedded SQL to create a table in a relational data base model. |
cuqdt101 | An example of how to delete or drop a table within a relational data base. |
cuqin101 | An example of inserting a row into a table in a relational data base model. This example uses embedded SQL in a COBOL program to insert a row. |
cuqrdb01 | An example of reading a VSAM Key sequenced data set or KSDS and inserting records into a relational data base table. |
cuqup101 | An example of updating and existing row or inserting a new row into a table in a relational data base model. This example uses embedded SQL in a COBOL program to update or insert a row. |
cureka01 | This is an example of a COBOL program that does Data File Conversion. The convert process will read an EBCDIC encoded, Record Sequential file and produce an ASCII encoded VSAM, KSDS. This program will compile and execute on a Mainframe, Linux, UNIX or Windows System. |
cuscl101 | An example of how to do a Logical Compare of Selected Positions within Records for a Sequential File and a VSAM, KSDS. A Logical compare will do a compare based on byte content and a compare based on the ASCII or EBCDIC symbol. |
cuscp101 | The requirement for this Test Case is to create data file compare programs that will compare two VSAM, KSDS's or Indexed Files. The compare programs have the capability of comparing the full record content or a segment of data within a record |
cuse2a01 | This is an example of a COBOL program that will read an EBCDIC encoded VSAM, KSDS file with text, binary and packed data and produce an ASCII encoded VSAM, KSDS. |
cusext01 | Thiss test case will describe and demonstrate how to Convert a Fixed-Field-Length Record Structure to a Comma-Separated-Values Record Structure. This technique is used to extract data from a VSAM, Key-Sequenced-Data-Set (KSDS) with a record structure that uses fixed-length fields. The new CSV format may be easily loaded into an Excel spread sheet or relational data table. |
cusimp01 | This test case will describe and demonstrate how to Convert a Comma-Separated-Values Record Structure to a Fixed-Field-Length Record Structure. This technique may be used to import data into a VSAM, Key-Sequenced-Data-Set (KSDS) with a record structure that uses fixed-length fields and may contain numeric values stored in a packed-decimal or binary format. The CSV formatted file may been accessed by Microsoft Excel or used as input into a relational data base. |
cusmk108 | How to create, modify and monitor changes to the customer master file during Quality Assurance Testing or QAT. |
cusnum01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cust80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custcb02 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custcb03 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custch01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custcq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custcq02 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custex01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custmast | This document provides a record layout based on the field definitions in a COBOL copy file. |
custrec | This document provides a record layout based on the field definitions in a COBOL copy file. |
custsq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
custtxb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
cutest01 | Create test data for a customer master file that can be used with VSAM or relational data base table |
cutots01 | This Job Script is used as a Quality Assurance Test for validating the integrity of numeric values that are stored within each record of a Customer Master File. The numeric values may use a Binary, Packed or Zoned Decimal format. |
cv80alar | A SIMOCARD Member that describes and demonstrates by example how to convert an ASCII/Text or line sequential file to an ASCII-encoded record sequential file. |
cv80aler | A SIMOCARD Member that describes and demonstrates by example how to convert an ASCII/Text or line sequential file to an EBCDIC-encoded record sequential file. |
cv80aral | A SIMOCARD Member that describes and demonstrates by example how to convert an ASCII-encoded record sequential file to an ASCII/Text file. |
cv80arer | A SIMOCARD Member that describes and demonstrates by example how to convert an ASCII-encoded record sequential file to an EBCDIC-encoded record sequential file. |
cv80eral | A SIMOCARD Member that describes and demonstrates by example how to convert an EBCDIC-encoded record sequential file to an ASCII/Text file. |
cv80erar | A SIMOCARD Member that describes and demonstrates by example how to convert an EBCDIC-encoded record sequential file to an ASCII-encoded record sequential file . |
cvn25601 | A data file with records containing text strings and numeric fields (Binary, Packed-Decimal and Zoned Decimal) will be converted between EBCDIC and ASCII while maintaining mainframe numeric integrity. The sample programs will show techniques for displaying a record in a hexadecimal dump format. |
cvtestb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
d80hxr01 | This utility program will create a Hexadecimal dump (or HEXDUMP) of user-defined records in a Record Sequential File. |
dars8001 | This suite of programs and documentation will describe and demonstrate the dynamic file allocation function for the Micro Focus Studio and Server environments. |
dat51201 | Examples for converting record content between ASCII and EBCDIC, Describes file format conversion between ASCII/Text and Record Sequential file formats. Includes an example of expanding field sizes and record keys for indexed files. |
data8001 | A suite of Programs that describes and demonstrates by example how to convert the record content between ASCII and EBCDIC and how to convert the file format between ASCII/Text and Record Sequential file formats using 80 byte record images. |
data80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
databn01 | This is a data description and discussion about the format and size of Binary or COMP (i.e. USAGE IS COMPUTATIONAL) fields used on an IBM Mainframe System, or a Micro Focus environment using COBOL or HLASM. This numeric format is supported using GnuCOBOL. The focus is on the usage of the COBOL PIC 9 COMP syntax. A description of the Big Endian and Little Endian formats is included. |
datadirs | This is the directory structure for the non-Relational Data for the Mainframe System Model and Data Management that executes on a Windows System with Micro Focus Enterprise Server. |
dataen01 | This is a data overview of the edited, numeric format used on an IBM Mainframe System in an EBCDIC environment. The description and discussion includes the format for edited numeric running in an ASCII or non-mainframe environment such as Windows or UNIX. The unsigned (or implied positive) and the signed formats (with positive and negative examples) are discussed. |
datagnit | This procedure will generate the COBOL source code that will convert the Item Master file from EBCDIC to ASCII. The records contain packed and binary data. |
datagvit | This document explains how to validate or view the source code generated to convert the Item Master file. |
datam101 | This suite of programs provides examples of how to move, transfer or migrate data between an IBM Mainframe System and a Windows environment. The focus is on migrating data in its EBCDIC encoded format to an ASCII encoded format for Linux, UNIX or Windows Systems while maintaining mainframe numeric integrity by supporting or converting the various numeric formats used with the COBOL programming language. |
datam102 | This suite of programs provides an example of how a COBOL program processes a parameter string from mainframe JCL via the PARM keyword. |
datapk01 | This is an overview of the numeric, packed-decimal format (also referred to as a packed data, packed numeric or COMP-3 field) used on IBM Mainframe Systems in an EBCDIC environment. The description and discussion includes the format (both content and size) for packed decimal running in an ASCII or non-mainframe environment such as Linux, UNIX or Windows. The focus is on the usage of the Mainframe or Micro Focus COBOL PIC 9 USAGE IS COMPUTATIONAL-3 or abbreviated as COMP-3 syntax. |
datazd01 | This is a data overview of the numeric, zoned decimal format used on mainframes in an EBCDIC environment. The description and discussion includes the format for zoned decimal running in an ASCII or non-mainframe environment such as Windows or UNIX. The unsigned (or implied positive) and the signed formats (with positive and negative examples) are discussed. This is the default for COBOL or may be explicitly defined with the usage is display clause. The focus is on the usage of the IBM Mainframe System or Micro Focus COBOL PIC 9 USAGE IS DISPLAY syntax. |
datcom01 | This is a self study course that describes how to compare two data files on a Windows or UNIX platform using generated Micro Focus COBOL with Micro Focus file formats. The generated COBOL program (source code) that is used to do the file compare may be compiled and executed on Micro Focus platforms or an IBM Mainframe, either z/OS, OS/390, MVS or VSE and used to compares VSAM data sets or QSAM files. |
datcyc01 | This is an example of a COBOL program that will focus on the transfer, share, convert and compare processes across multiple systems using currently available technologies. |
datfmt01 | An example of using IEBGENER to create a file, IDCAMS to delete, define, copy or repro a VSAM Data Set of Sequential File and a COBOL program to compare two files or data sets. |
datman01 | This document will focus on the validate, review, file compare and confirm processes or techniques that may be used with non-relational data structures. This includes sequential files and VSAM Data Sets with a focus on Key Sequenced Data Sets or KSDS. |
datmig01 | This is a self study course that describes the process and associated risk for migrating or converting a mainframe, EBCDIC encoded data file to a Micro Focus, ASCII encoded data file. This process uses a generated COBOL program that may be compiled and executed on an IBM Mainframe. It may be compiled on a Linux, UNIX or Windows using Micro Focus COBOL. |
datmrt01 | Convert a data file with multiple record types between EBCDIC and ASCII while maintaining mainframe numeric integrity for packed, binary and sign, zoned, decimal fields. The COBOL programs are written using the COBOL/2 dialect. A JCL member is provided to run the job as a ZOS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
datmrtb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
datmrtb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
datmrtb3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
datrak01 | Manage an inventory of data files, data Structures and VSAM Data Sets using an open repository. |
datrakb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
datrev01 | This document will focus on the validate, review, file compare and confirm processes or techniques that may be used with non-relational data structures. This includes sequential files and VSAM Data Sets with a focus on Key Sequenced Data Sets or KSDS. |
datshr01 | This document will describe and demonstrate techniques for maintaining data integrity during a file transfer and convert process using record counts and numeric totals. |
datstr01 | An example of how to track and document the elapsed times of the tasks within a batch application. |
datstrb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
datstrb3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dcmastb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dcuguide | Provides a indexed, repository of documents that are available from SimoTime. |
dfabst01 | This white paper provides a quick overview of data file formats and links to documents that provide detailed information for data file transfer, share, convert and compare. |
dfcomp01 | This white paper describes the technique for generating data validation or comparison programs or COBOL source code that will compare two data files (may be sequential or VSAM format) in a Micro Focus (Windows, UNIX or Linux) or Mainframe environment (ZOS or VSE). When a difference occurs the content of each record is displayed in hexadecimal, ASCII and EBCDIC. |
dfconv01 | This white paper describes the data file conversion services, technologies, and requirements when transferring, migrating or sharing data files between an IBM Mainframe and a Windows System using Micro Focus COBOL. A discussion of a file format convert (Sequential, Indexed or VSAM, KSDS) and a record content convert (fixed, variable, ascii, asc, ebcdic, ebc, binary, packed, csv) are included in the data file convert process. |
dfreview | A description of be various techniques for viewing or reviewing the content of a data file or a segment of memory. Techniques for presenting files or data strings in a hexadecimal format will be included. This may be very helpful if that data contains binary information. |
dfsers01 | This is a white paper that provides a consolidated resource of information about application migrations between Mainframe systems and Windows or UNIX systems supported by Micro Focus technologies. The concepts available may be used regardless of the direction of the migration. |
dfxfer01 | This white paper describes the alternates available for transferring data files between an IBM Mainframe system and a Windows system using Micro Focus technology or the File Transfer Protocol or FTP. |
dir_entcobol_asc_cbl_bat | This document provides a record layout based on the field definitions in a COBOL copy file. |
dir_entcobol_ebc_cbl_bat | This document provides a record layout based on the field definitions in a COBOL copy file. |
dircom01 | The Folder or Directory Compare Utility Program may be used to compare the contents of two different directories or to compare the contents of the same directory before and after a job has executed. |
dirpil01 | How to specify and use Micro Focus COBOL Compiler Directives and configuration alternatives for data file processing with the External File Handler (EXTFG.cfg). |
dm2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dmgrhome | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarization. |
dmgrlink | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarizing. |
dmgrpg00 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg10 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg20 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg30 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg40 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg50 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg60 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg61 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg62 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg63 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg64 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrpg70 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
dmgrquit | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarization. |
dmpua101 | This example uses the EXEC CICS READQ TS function to access a data table that was previously loaded as a non-Executable member. Use a Temporary Storage Queue for a Table of Addresses. |
dmpua11 | This document provides a record layout based on the field definitions in a COBOL copy file. |
docsj001 | This example describes how to use a Java Server Page (with JSP tags and HTML with JavaScript) and Java programs to call COBOL programs for business processing and access to VSAM Data Sets. |
dtsyscon | Dump or Write a user data string to the system console log. The format of the information will be in hexadecimal with a possible ASCII and EBCDIC display. |
dxnumbb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dxrseqb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dynjddb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
dynreqb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
e2a25601 | This is an example of a COBOL program that will read an EBCDIC encoded record sequential file and produce an ASCII encoded line sequential file. |
e2acvt01 | How to Convert EBC encoded text strings to ASCII encoded text strings using COBOL programs or HLASM programs that will read an EBCDIC encoded record sequential file and produce an ASCII encoded record sequential file. |
e2an8001 | This job will execute a program that will read a record sequential, EBCDIC-encoded file, convert or translate the record content and write to a record sequential, ASCII-encoded file while maintaining binary and numeric integrity. The first COBOL program does the file Input and Output and calls a second COBOL program to do the record content conversion between EBCDIC and ASCII. Each record in the Input file is a data structure that contains a mixture of binary, numeric and text strings or fields. |
escfgb01 | Provide information for configuring a JES sub-system or batch server running under Micro Focus Enterprise Server. Provide minimum catalog entries. |
escfgc01 | Describe how to configure a Transaction Server Instance (Online Server or CICS Region) running under Micro Focus Enterprise Server. Provide minimum catalog entries. |
escfgg01 | Provide information for configuring a JES sub-system and the Global Lock Manager running under Micro Focus Enterprise Server. |
escfgi01 | Provide information for configuring a Batch Server with IMS Support running under Micro Focus Enterprise Server. |
escfgs01 | Provide information for configuring XA Resources for SQL Access using embedded SQL in COBOL programs under Micro Focus Enterprise Server. |
esd12801 | Describe how to Delete, Define or add records to a VSAM, Entry Sequenced Data Set or ESDS. |
evaltek2 | A user may request an evaluation copy of the various SimoTime Technologies. |
exn25601 | This is an example of a COBOL program that reads a sequential file that contains records in a Fixed Field Length format and produces a sequential file with comma delimited fields within each record. The packed and binary numeric values are expanded (or converted) into a text format with an explicit decimal point and a separate sign character. This data format may be easily imported into Excel, Access or other SQL Data Bases. |
ezasok01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
ezseries | This is a suite of sample Windows Command files to assists with the management and use of Micro Focus Enterprise Server for Mainframe Application Migration. |
filerc1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
filercb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
fncase01 | A description of file naming conventions and guidelines used on a Mainframe System, a Windows System, a Linux System or a UNIX System. |
forlup01 | How to use a Windows batch file and the FOR command to execute a repeatable task based on a list of items in a control file. |
fp2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
fpdump01 | This utility program will create a Hexadecimal dump (or HEXDUMP) of user-defined records in the File Properties Repository that is a VSAM, Key Sequenced Data Set (KSDS). |
fphtml01 | View an example of a generated HTML document (or repository) that contains the details (or properties) of the non-relational data structures used by an application. |
fpload01 | This suite of programs will provide the capability of building a data base of file properties (or characteristics) for the files used by an application. This includes traditional sequential files, VSAM Data Sets, Partitioned Data Sets (PDS's) and Generation Data Groups (GDG's) |
fpmast01 | Focus on building a repository for the non-relational data structures including traditional sequential files, VSAM Data Sets, Partitioned Data Sets (PDS's) and Generation Data Sets (GDG's). |
fpmastb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
fprfflb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
ftp4cmd1 | A Summary of FTP commands to download or upload files between a Mainframe and Windows System using Micro Focus. |
ftpsam01 | Using the File Transfer Protocol (FTP) with a Scripted Batch Process.to transfer data files with fixed or variable length records |
gdghub01 | How to create a catalog entry for a Generation Data Group (GDG) in a Micro Focus Server environment. |
gdgjob01 | Identify Generation Data Groups and create entries in the Micro Focus Catalog. |
gdgjob02 | Create Catalog Entries for Generation Data Groups for Micro Focus Catalog. |
gdgone01 | This is an example of a COBOL program and JCL that will create and process a Generation Data Group or GDG on a Mainframe System with ZOS or a Linux, UNIX or Windows System with Micro Focus . |
glineswp | In today's world the practice of migrating and sharing data and the "processing of data" across a variety of systems has become a requirement in controlling cost, improving service levels and putting some of the control and processing functions back into the hands of the users. |
global01 | This is an example of a COBOL program that will produce a comma delimited file without the leading and trailing spaces within the fields. |
glossary | This document provides a list or glossary of terms used in the various documents provided with this suite of programs and white papers. |
gnucbl01 | The SimoTime Program Library contains hundreds of COBOL programs. Many of the programs were created on an IBM Mainframe System. This document described how these programs were deployed to a Linux System running Ubuntu and GnuCOBOL. |
google875f5aacb80e342f. | DESCRIPTION not found. |
gotodo01 | This test case will execute a cobol program that will describe and demonstrate the use of the GO TO DEPENDING ON function of the COBOL Programming language. |
hdnotice | SimoTime specialty items, technology and services. |
hex_nvbsddd1_asc | Message Posting of Text Strings |
hex_nvbsddd1_ebc | Message Posting of Text Strings |
hex_nvbsmdd1_asc | Message Posting of Text Strings |
hex_nvbsmdd1_ebc | Message Posting of Text Strings |
hex_nvbswdd1_asc | Message Posting of Text Strings |
hex_nvbswdd1_ebc | Message Posting of Text Strings |
hex_nvbuddd1_asc | Message Posting of Text Strings |
hex_nvbuddd1_ebc | Message Posting of Text Strings |
hex_nvbumdd1_asc | Message Posting of Text Strings |
hex_nvbumdd1_ebc | Message Posting of Text Strings |
hex_nvbuwdd1_asc | Message Posting of Text Strings |
hex_nvbuwdd1_ebc | Message Posting of Text Strings |
hex_nvpsddd1_asc | Message Posting of Text Strings |
hex_nvpsddd1_ebc | Message Posting of Text Strings |
hex_nvpsmdd1_asc | Message Posting of Text Strings |
hex_nvpsmdd1_ebc | Message Posting of Text Strings |
hex_nvpswdd1_asc | Message Posting of Text Strings |
hex_nvpswdd1_ebc | Message Posting of Text Strings |
hex_nvpuddd1_asc | Message Posting of Text Strings |
hex_nvpuddd1_ebc | Message Posting of Text Strings |
hex_nvpumdd1_asc | Message Posting of Text Strings |
hex_nvpumdd1_ebc | Message Posting of Text Strings |
hex_nvpuwdd1_asc | Message Posting of Text Strings |
hex_nvpuwdd1_ebc | Message Posting of Text Strings |
hex_nvzsddd1_asc | Message Posting of Text Strings |
hex_nvzsddd1_ebc | Message Posting of Text Strings |
hex_nvzsmdd1_asc | Message Posting of Text Strings |
hex_nvzsmdd1_ebc | Message Posting of Text Strings |
hex_nvzswdd1_asc | Message Posting of Text Strings |
hex_nvzswdd1_ebc | Message Posting of Text Strings |
hex_nvzuddd1_asc | Message Posting of Text Strings |
hex_nvzuddd1_ebc | Message Posting of Text Strings |
hex_nvzumdd1_asc | Message Posting of Text Strings |
hex_nvzumdd1_ebc | Message Posting of Text Strings |
hex_nvzuwdd1_asc | Message Posting of Text Strings |
hex_nvzuwdd1_ebc | Message Posting of Text Strings |
hex_tcnbrsd1_asc | Message Posting of Text Strings |
hex_tcnbrsd1_ebc | Message Posting of Text Strings |
hex_tcnbrsd2_asc | Message Posting of Text Strings |
hex_tcnbrsd2_ebc | Message Posting of Text Strings |
hexdecb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
hexdspb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
hexn8001 | This utility program will create a Hexadecimal dump (or HEXDUMP) of user-defined records in a Record Sequential File. |
holddirs | This is the Library (or Folder) structure for the programmers that manage and compile source code for the SIMOSAM1 Library of Programs and Documents. This folder structure serves as a holding or staging area for the load members. The SIMOSAM1 Library (or Directory) is the foundation for the Mainframe System Model that executes on a Windows System with Micro Focus Enterprise Server. |
htmgener | Generate an HTML Page or Document from the information provided in an Excel Work Sheet. Read the CSV or Comma Separated Values file and create a browser or Web page using HTML and advanced parsing techniques. |
htmgenx1 | The SimoTime HTML Template Document for basic functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
htmgenx2 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
htmgenx3 | This slide describes how to Support & Enhance User Systems & Applications that are deployed across a variety of systems with different architectures. |
htmlcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
hx80dump | This is an example of a COBOL program that will produce a HEX dump or hexadecimal display of a Sequential File of 80-Byte, fixed-length records. |
hx80ks03 | This utility program will create a Hexadecimal dump (or HEX-DUMP) of user-defined records contained in an indexed data structure or file. This file is a VSAM, Key Sequenced Data Set (KSDS). The dump information is written to a user-defined file. |
hxn25601 | This is an example of a COBOL program that will produce a HEX dump or hexadecimal display of a Sequential File of 256-Byte, fixed-length records. |
idocweb1 | A Listing of HTML Members in the Document Repository stored on a User-Defined Server. This may include the samples or examples available from SimoTime. |
idocweb2 | A Listing of HTML Members or the Document Catalog. Two links are provided. The first link is to the SimoTime Web Site via the Internet. The second link is via the Current Server. |
if_cmd01 | How to use a Job Script or Windows CMD file and the IF command to execute a repeatable task based on the results of the IF testing the produces a True or False value. |
imsdlib1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
imsone01 | This example provides a quick reference document and sample programs for the IMS Option provided by Micro Focus. |
index | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of Mainframe legacy applications and data with Linux, UNIX or Windows (LUW) Systems. We have the people, skills and complementary technology to quickly move COBOL-oriented applications between or across Systems. We specialize in the conversion and validation of traditional data structures. We have the experience and have developed the technologies to do file format and record content conversions while maintaining the integrity of the numeric content. |
indexasm | The Assembler Connection provides a suite of sample IBM mainframe assembler programs describing various coding or programming techniques using Assembler/H or HLASM (High Level Assembler). The focus is primarily on the MVS or ZOS Environments. |
indexcbl | COBOL is an acronym for COmmon Business Oriented Language. The COBOL Connection provides a suite of test cases that were developed using the COBOL programming language. Many of the programs were created and continue to run on an IBM Mainframe System and are sometimes referred to as Legacy Systems. Many of the programs have been transferred, compiled and executed on a Linux, UNIX or Windows System using Micro Focus COBOL or GnuCOBOL. This suite includes principles, tips and techniques for processing, migrating and converting data files. This information may be used as a tutorial or as reference material. |
indexcic | The CICS Connection provides a suite of COBOL programs, BMS Maps and documentation that show how to do practical tasks using command level CICS as the Transaction Manager. The CICS programs are written to compile and execute in the Micro Focus environment or an IBM Mainframe environment. Samples with VSAM, KSDS or relational data base access are provided. |
indexjcl | The JCL Connection defines a JES environment and provides links to sample or example JCL members (including source code, control statements and procedures or PROC's). The JCL (Job Control Language) members may be submitted and executed using and IBM Mainframe with ZOS and JES2 or JES3. This set of examples describes the techniques used for executing jobs on a Mainframe System with ZOS or a Linux, UNIX or Windows System with Micro Focus Enterprise Server. |
indexjsp | The Java/JSP Connection provides a suite of sample programs describing various coding or programming techniques using the Java Software Development Kit from Oracle/Sun. The Web Server used in this suite of programs is Apache/Tomcat. |
indexmig | Describe or demonstrate the details involved with Application and Data Migration or the moving of an application or data between platforms such as a Mainframe System running ZOS and a Linux, UNIX or Windows System running Micro Focus Enterprise Server. Includes practical "How-to" examples of creating application and data resiliency. |
indexnum | The Numbers Connection provides documentation and sample programs describing the formats and processing techniques for a variety of different numeric formats used on an IBM Mainframe or Windows, Linux or UNIX System with Micro Focus COBOL. |
indexsam | The VSAM and QSAM Connection provides a suite of test programs describing the processing principles and techniques used for managing VSAM Data Sets, QSAM flat sequential files or Generation Data Groups (GDG) using COBOL, Assembler and other Utility programs. Accessing techniques that may be used to create, delete, update, edite, convert or compare are included. The programming test cases, both source code and documentation are included in a zip file for easy downloading. This information may be used as a tutorial or as a reference material. |
indexsql | Provides examples of accessing relational data bases using embedded EXEC SQL in COBOL programs. Examples may execute on an IBM Mainframe using DB2 or a Windows, Linux or UNIX platform using Micro Focus COBOL and Microsoft SQL Server. |
indextst | An introduction and overview of various approaches to functional and performance testing for business applications. Describe how to test business processes and review results using data validation and file compare methodologies. |
indextwo | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We have the people skills and comp |
intrdr01 | An example for submitting a second job to the internal reader or INTRDR from within the current running job or how to submit another job thru the current job. |
it2inq01 | This is an example of a CICS Inquiry Screen or BMS with a COBOL Program using command level CICS. |
it2inq1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
it2upd01 | This is an example of a CICS Update Screen or BMS with a COBOL Program using command level CICS to update a product or item master file that is a VSAM KSDS. |
it2upd1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itcomp01 | When data files are transferred or shared between systems the ability to do data file compares and data processing confirmation becomes a requirement. This document and the associated test cases will describe and demonstrate a minimum set of alternatives for the compare or confirm process. |
itdump01 | This is an example of a Batch COBOL program that does File Access to an Item Master File and writes the content of a selected record from the VSAM, KSDS in Hex-format (Dump) to a user-defined log file. |
itemcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itemcb02 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itemcq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itemrdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itemsq01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itmast01 | This is an example of a COBOL program that will produce an Item Master File. The file format produced is a VSAM, KSDS or a Micro Focus Indexed File. |
itme2a01 | This is an example of a COBOL program that will read an EBCDIC encoded VSAM, KSDS file with text, binary and packed data and produce an ASCII encoded VSAM, KSDS. |
itmext01 | This is an example of a COBOL program that access a VSAM, KSDS and produces a sequential file with comma delimited fields within each record. |
itmnum01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
itqcp101 | An example of using embedded SQL in a COBOL program to sequentially process a table within a relational data base. This example uses cursor processing and the FETCH to sequentially access multiple rows within a table. The data content is Item or Product information. |
itqct101 | An example of using embedded SQL to create a table in a relational data base model that contains item or product information. |
itqdt101 | An example of how to delete or drop a table within a relational data base. |
itqin101 | An example of inserting a row into a table in a relational data base model. This example uses embedded SQL in a COBOL program to insert a row. |
itqrdb01 | An example of reading a VSAM Key Sequenced Data Set or KSDS and inserting records into a relational data base table. The data content is for product or item information. |
itqup101 | An example of updating and existing row or inserting a new row into a table in a relational data base model. This example uses embedded SQL in a COBOL program to update or insert a row. |
ivlogs01 | This suite of programs is used to test and demonstrate the function of a callable routine that will display a message to the user-defined SYSOUT device or the SYSTEM operator console. Also, the IVLOGSC2 program will write to a log file. |
ivphtm01 | The SimoTime HTML Template Document. |
jcladv01 | It is sometimes preferable to let the system assign a unique name to a temporary data set by using a double ampersand (&&) prefix with the Data Set Name (or DSN) in the DD statement. |
jclalt01 | This is a Utility Program to scan JCL Source Members and replace the ++INCLUDE statements with standard JCL Statements. |
jclcam01 | This example describes how to use a single JCL Member and IDCAMS to create VSAM Clusters with unique data set names. |
jclcon01 | This suite of programs provides sample conditional JCL and parameter passing to a COBOL program. The programming examples, both source code and documentation are included in a zip file for easy downloading. |
jclcon02 | This suite of programs provides sample conditional JCL and parameter passing to a COBOL program. This programming example uses the IF THEN ELSE constructs. |
jclinc01 | This program will describe how to use the INCLUDE and JCLLIB statements provided with JCL and batch job processing on a Mainframe or Micro Focus environment. |
jcllib01 | A list of jobs that are available to be submitted to a Mainframe-Oriented System for execution and review. The jobs were originally created to run in an OSVS or MVS environment and continue to run in the ZOS environment today. In addition, all the jobs have been migrated and run in a Micro Focus Server environment on Linux, UNIX or Windows (LUW) systems. The list is arranged by functional categories. |
jclone01 | This example provides a quick reference document and sample programs for IBM mainframe JCL used with MVS or OS/390. This information may also serve as a learning guide or tutorial for beginners. |
jclovr01 | An example of using parameter substitution and procedure (or PROC) overrides with Mainframe MVS or ZOS JCL and PROC's. |
jclprc01 | A quick overview of the use of JCL Procedures or PROCs. |
jclrst01 | This suite of sample programs will describe and demonstrate the Job Restart capabilities that are available in Micro Focus Enterprise Server. Also, this suite of programs includes a description and demonstration of the diagnostic capabilities for the CORE_ON_ERROR function of Micro Focus Enterprise Server. |
jclscn01 | This suite of programs provides an example of basic JCL functions using IEFBR14, IEBGENER and the sort utility. It shows how to do syntax checking without executing the JCL. The sort examples will show how to use the ALTSEQ to make the sort case insensitive and group upper and lower case letters together. |
jclsub01 | Describe how to define (or name) a variable value within JCL and then use or change the variable by its referenced name. |
jcltds01 | It is sometimes preferable to let the system assign a unique name to a temporary data set by using a double ampersand (&&) prefix with the Data Set Name (or DSN) in the DD statement in the JCL Member. |
jclwin01 | Examples for managing Partioned Data Sets (PDS's). |
jcscan01 | This program will scan IBM, ZOS Mainframe JCL and extract file information from DD and IDCAMS statement. |
jddflags | This document provides a record layout based on the field definitions in a COBOL copy file. |
jiodfh01 | This Test Case includes job scripts and Java programs that describe and demonstrate the use of file access methods used by SimoTime. The programs describe and demonstrate a variety of Java file accessing and data management techniques. Techniques for accessing or analyzing files of known and unknown structure and content are included. The viewing or human observation is provided in a hexadecimal or hex dump format with a possible EBCDIC or ASCII translation. |
jiohex01 | This java utility program will describe and demonstrate techniques for accessing oreviewing files of known and unknown structure and content are included. The viewing or human observation is provided in a hexadecimal or hex dump format with a possible EBCDIC or ASCII translation. |
jobqry01 | This sample program demonstrates how to access JCL specifications from a COBOL program using the SimoTime Job Query program. Information provided with the JOB and DD statements may be obtained by a simple call. The Job Number and Job Name will be provided. |
jvamgr01 | The SIMOTIME T112 Conversion Utility Program will convert the EBCDIC-encoded, T112 file to an ASCII/Text file with the bit-sensitive information expanded to text strings. The Master Card or MC T112 file is a clearing file for financial transactions. The record structure uses an Integrated Product Messages (IPM) format with variable-length records. It is based on the ISO 8583–1993 specification. |
jvfile01 | This Java Program will get the system date and time. It will write a message preceded by a date/time stamp to a file. |
jvhext01 | This Java Program will define and display an array containing hexadecimal values to the standard output device or write a hex-dump array to a file. The array includes the character symbols for ASCII and EBCDIC encoding. |
jvsout01 | This Java Program will display or write a message to the standard output device. |
jvt11201 | The SIMOTIME T112 Conversion Utility Program will convert the EBCDIC-encoded, T112 file to an ASCII/Text file with the bit-sensitive information expanded to text strings. The MasterCard or MC T112 file is a clearing file for financial transactions and may be used during the reconciliation process. The record structure uses an Integrated Product Messages (IPM) format with variable-length records. It is based on the ISO 8583–1993 specification. |
jvutil01 | The SIMOTIME T112 Conversion Utility Program will convert the EBCDIC-encoded, T112 file to an ASCII/Text file with the bit-sensitive information expanded to text strings. The Master Card or MC T112 file is a clearing file for financial transactions. The record structure uses an Integrated Product Messages (IPM) format with variable-length records. It is based on the ISO 8583–1993 specification. |
jvvcbl01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
jvweb101 | An overview of the systems configuration for a Web Server environment that supports Java, JSP and Beans. Apache/Tomcat running on a Windows System is used for this description. |
ksahex01 | This is an example of how a COBOL program can read from an Indexed file (or a VSAM KSDS) and write to a sequential ASCII/Text file containing HEX dump information of a data structure with Text, Packed and Binary Data Strings (or User Defined Fields). |
ksasqe01 | An example of how a COBOL program does file conversion. The COBOL programs are written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A CMD member is provided to run the job with Micro Focus Enterprise Developer running on a Windows System. This program will read an ASCII-encoded, Indexed file and write an EBCDIC-encoded, sequential file. The program uses a sequential add approach. |
ksatxa01 | An example of how a COBOL program does file conversion. The COBOL programs are written using a Micro Focus dialect. A CMD member is provided to run the job with Micro Focus Enterprise Developer running on a Windows System. This program will read an ASCII-encoded, Indexed file and write an ASCII/Text file. The packed and binary numbers will be expanded. |
ksdbig01 | An example of how a COBOL program processes a very large indexed (VSAM, KSDS) or sequential file using Micro Focus Enterprise Server running on a Linux, UNIX or Windows System. |
ksdhub01 | How to define a VSAM Cluster and create a catalog entry for a VSAM, KSDS on an IBM Mainframe System or on a Linux, UNIX or Windows System using Micro Focus Enterprise Serve. |
ksdjob01 | Identify and Document the VSAM KSDS Data Sets and create entries in the Micro Focus Catalog. |
ksdjob02 | Create catalog entries for VSAM KSDS or Key Sequenced data Set. |
ksdseq01 | An example of how a COBOL program that does file conversion. The COBOL programs are written using COBOL/2 dialect but also work with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus NET Express running on a Windows System. This program will read a VSAM, KSDS and write to a record sequential file. |
l2ntech1 | SimoTime, when technology complements business, provides information for companies wanting to include the mainframe as a major player functioning in its traditional role and taking on the new role of a powerful server and large data base manager in an Internet environment. |
labtable | This document provides a record layout based on the field definitions in a COBOL copy file. |
lcls0001 | Describe and demonstrate how to deploy and existing COBOL Batch application to a Linux environment. The System will use Ubuntu with GnuCOBOL. |
linuxopt | The Slash opt directory structure of the Linux Environment that is used by SIMOTIME. |
lnxone01 | Describe and demonstrate how to deploy and existing COBOL Batch application to a Linux environment. The System will use Ubuntu with GnuCOBOL. |
lnxone02 | Describe and demonstrate how to use Micro Focus Enterprise Server on a Linux Platform. |
lonapffl | This document provides a record layout based on the field definitions in a COBOL copy file. |
lorand01 | This suite of programs is provided as a COBOL programming example of one of the possible solutions when performing Boolean logic. This Test Case will perform a logical AND Function. |
lororr01 | This suite of programs is provided as a COBOL programming example of one of the possible solutions when performing Boolean logic. This Test Case will perform a logical OR Function. |
lorxor00 | This suite of programs is provided as a COBOL/HLASM programming example of one of the possible solutions when performing Boolean logic. This Test Case will perform an Exclusive OR (XOR) Function using an Assembler or HLASM callable routine. |
lorxor01 | This suite of programs is provided as a COBOL programming example of one of the possible solutions when performing an Exclusive OR using Boolean logic. This Test Case will perform an Exclusive OR (XOR) Function using a primary COBOL program to create the text strings and call a secondary COBOL program to do the XOR Function. Bash, CMD and JCL Job scripts are provided to prepare the environment and execute the programs. Micro Focus COBOL is used for Windows. GnuCOBOL is used for Linux. |
lrs256b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
lrsmodel | The SimoTime HTML Template Document. |
lrsnotes | The SimoTime HTML Template Document. |
lrsprt01 | Addressing Special print requirements when moving an application from a Mainframe System to a WIndows System using Micro Focus. |
m51_v001 | This document describes a 1951 Mercury that is an American Legacy maintained in its original form and still moving down the highway. Pictures and other information are provided. |
m51_v002 | This document describes a 1951 Mercury that is an American Legacy maintained in its original form and still moving down the highway. Pictures and other information are provided. |
m51_v003 | This document describes a 1951 Mercury that is an American Legacy maintained in its original form and still moving down the highway. Pictures and other information are provided. |
m51_v004 | This document includes close-up shots of the detail and trim for a 1951 Mercury. Pictures and other information are provided. |
m51_v005 | This document contains notes about the electrical and mechanical components of a 1951 Mercury. Pictures and other information are provided. |
m51notes | This document describes a 1951 Mercury that is an American Legacy maintained in its original form and still moving down the highway. Pictures and other information are provided. |
m51radio | The 1951 Mercury was available with a Model 1CM747-1 radio that was manufactured by Sylvania Hygrade. It is an 8 tube AM only receiver. It predates stereo but does have a built-in control and connector for a rear speaker. |
maccpy01 | This is a very simple example of a mainframe assembler program that uses one copy file and two macro files. The copy file is stored in a user copy library. The macro files are stores in a user macro library. However, the second macro file is categorized as a copy file. |
mailcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mdirtest | A Windows command file is used to create or restore a new application test environment on a Windows System with Micro Focus Enterprise Developer. |
mem2hx01 | An example of how a COBOL program can display a message in a hexadecimal dump or hex dump format for both ASCII and EBCDIC data strings. The content of the message is determined by a user-defined seqment of data stored in random access memory (RAM). |
MENUJ001 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
mfcatchk | This program will read the Micro Focus Catalog and produce information about the catalog entries. The information produced is based on the user requirements defined in a control file. |
mfcatpop | This program will read the Micro Focus Catalog and produce a Comma Separated Values (or CSV) file with line items for the properties of each data file. |
mfcatxpt | This program will read the Micro Focus Catalog and produce a Comma Separated Values (or CSV) file with line items for the properties of each data file. |
mfdata01 | Scan the first part of a data file for a Micro Focus header record. |
mfenvars | How to SET or GET an environment variable from within a Micro Focus process using a COBOL program. |
mfevents | This is an example of a callable COBOL routine that will identify and display the call stack for the Micro Focus environment. |
mffile01 | This white paper provides a description of the various Micro Focus data file formats provided for the Windows, UNIX and Linux Environments. Links to examples for COBOL and Assembler programs are included. |
mfjctlbc | This document provides a record layout based on the field definitions in a COBOL copy file. |
mfjdxit | This document provides a record layout based on the field definitions in a COBOL copy file. |
mfjeslog | This program will read the Micro Focus JES Spool files and create HTML or CSV Files with elapsed time included with the job and Job Step information. |
mfthlp01 | A quick reference for Micro Focus COBOL and other supporting technologies. |
mfunique | The SimoTime HTML Template Document. |
mfwaitb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mfwaiter | This callable routine will WAIT (or SLEEP) for a specified amount of time. This is a callable routine (MFWAITER.cbl) that will return to the calling program after the specified amount of time. |
mifodevl | A model sub-directory structure of the Application Libraries for the DEVELOPMENT environment. |
mifoprod | A model sub-directory structure of the Application Libraries for the PRODUCTION environment. |
mifotest | A model sub-directory structure of the Application Libraries for the TEST environment. |
mkc08001 | This document describes how to create a suite of test files. It will create an ASCII/Text file, a Record Sequential File and a VSAM, KSDS. |
mkc080j8 | This document describes a Mainframe JCL Member that will create a QSAM file and a VSAM KSDS with 80-byte records. The last job step will do a Hex-Dump of selected records in the VSAM KSDS based on a list of user-defined keys. |
mkc080w8 | This document describes a Windows Command (CMD) file that will create a QSAM file and a VSAM KSDS with 80-byte records. The last job step will do a Hex-Dump of selected records in the VSAM KSDS based on a list of user-defined keys. |
mkn25601 | An example of how to create a single test file with records that contain EBCDIC or ASCII text strings and numeric data items in various formats such as Packed Decimal, Binary and Zoned Decimal. |
mkn25607 | Describe and demonstrate how to generate programs that will convert between various formats such as Packed Decimal, Binary and Zoned Decimal and accumulate summary totals to ensure numeric integrity is maintained. |
mkn256b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mktglyze | An approach to determining the member types stored in a mainframe PDS. |
mktgview | An approach to converting Mainframe BMS or MFS Screens to HTML. |
mktgx390 | Scan 370 Assembler source code and identify macro and copy dependencies. Optionally track CALL, LOAD and LINK statements. Scan for non-printable hex characters. |
mktgzaps | Provides a copy and reformatting function for ASCII/TEXT files. |
mn1adv1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mn1app1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mn1fms1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mn1ims1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mn1sql1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mn1utl1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mqsone01 | This document provides a "How to" example for installing, configuring and using IBM MQ Series or IBM MQ WebSphere on a Windows System with Micro Focus Enterprise Server. |
mrgbjst1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mrgcblt1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mrgcpy01 | This suite of programs will describe and demonstrate how to merge multiple files of various record lengths into a single file. This suite includes examples for IEBGENER, IDCAMS and REPRO, SORT, DFSORT, ICETOOL and ICEMAN with SORT, MERGE, COPY and CONCATENATE Functions running on ZOS Mainframe or Micro Focus Enterprise Server. |
mrgcsvt1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mrgsiot1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mrgtxtt1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
msk4pct1 | This document provides a list of Transaction IDs based on the information in a Resource Definition file (DFHDRDAT). |
mvscat02 | This document provides a record layout based on the field definitions in a COBOL copy file. |
mvscatlg | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbpzqasb | This is the System Information Manual for the TCNTXT01 Test Case. This test case will convert the file format, record content and record structure of an EBCDIC-encoded file that was created and transferred from an IBM Mainframe System to a format and structure that may be easily imported and accessed from within an ASCII-oriented relational data base or a spread sheet using Excel or LibreOffice Calc. |
nbrcvt01 | This test case will describe and demonstrate the processing techniques for numeric values. A variety of numeric formats are used on an IBM Mainframe System, a Windows System, a UNIX System or a Linux System. Bash, CMD and JCL Job scripts are provided to prepare the environment and execute the programs. Enterprise COBOL running under ZOS is used on an IBM Mainframe System. Micro Focus COBOL is used for Windows. GnuCOBOL is used for Linux. Numeric formats include Binary, Packed Decimal and Zoned Decimal. The COBOL USAGE clause would be COMP, COMP-3 and DISPLAY. The DISPLAY format may be referred to as a character or text format. |
nbrmix01 | This document will describe and demonstrate how to process data strings containing numeric values and structures. The processing techniques will create, convert and view in a Hex Dump format. The numeric formats include Zoned Decimal (USAGE IS DISPLAY), Packed Decimal (USAGE IS COMP-3) and Binary (USAGE IS COMP). The numeric formats are commonly used with IBM Mainframe Systems or application programs that were created using the COBOL programming language. |
nbrmixb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrmixb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrn80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrpk301 | This document with sample programs describes the anomalies of allowing space characters in a numeric field that is defined as Packed Decimal. For the COBOL programming language these fields would be defined as COMPUTATIONAL-3 or COMP-3. |
nbrpk3b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrpk3b8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrs80b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrtst01 | This document describes and demonstrates the internal format of the COMP, COMP-3 and COMP-5 numeric fields using COBOL programs. |
nbrtst02 | This program is used to show techniques for analyzing, testing and viewing the content of numeric fields. |
nbrtyp01 | This COBOL program provides examples of some of the various numeric formats used by the COBOL Programming Language. The program has been tested as part of a batch job using a JCL Member on an IBM Mainframe System with Enterprise COBOL, a Command File on a Windows System with Micro Focus COBOL and a Bash Script on a Linux System with GnuCOBOL. |
nbrxff01 | An overview of using High-Value Bytes in a numeric field that is defined as Zoned Decimal. Why do it and how to manage the consequences. |
nbrxffb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrzd301 | This document with sample programs describes the anomalies of allowing non-numeric content in a numeric field that is defined as Zoned Decimal. For the COBOL programming language these fields would be defined as USAGE IS DISPLAY. |
nbrzd3b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nbrzd3b8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
number01 | This is a self study session with sample programs that demonstrate and describe the common numeric encoding data formats used by COBOL and other languages. This session will show how the numeric values are stored in memory on an IBM Mainframe System and a Windows, Linux or UNIX System with Micro Focus. |
numbnt01 | An example of how to do file format conversion between ASCII/Text files and Record Sequential files plus record content conversion between a Comma Separated Values (or CSV) format to a Fixed Field Length format. The records contain numeric data in various formats such as Packed Decimal, Binary and Zoned Decimal. The numeric data will be reviewed and validated using human observation combined with programmatic totals accumulation and comparison. |
numbnt07 | Describe and demonstrate how to generate programs that will convert between various formats such as Packed Decimal, Binary and Zoned Decimal and accumulate summary totals to ensure numeric integrity is maintained. |
numbnt08 | An example of how to create test files with records that contain numeric data items in various formats such as Packed Decimal, Binary and Zoned Decimal. |
numbug01 | This COBOL program provides examples of some of the challenges of processing numeric fields with leading spaces used by the COBOL Programming Language. |
numbugb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numprt01 | This suite of programs provides an example of how a COBOL program can be used to print a report from data that contains packed and binary data. |
numtbsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numtbub1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numtpsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numtpub1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numtzsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numtzub1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
numxdsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvbnuwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvfmtsbn | The purpose of this document is to provide information about a Quality Assurance Test Case that focuses on SIMOTIME Technologies that manage data files with record structures that contain alphameric Text Strings that are stored using EBCDIC or ASCII encoding and Numeric Values that are stored in a Binary (or COMP) format. This document will focus on a discussion of a numeric field (or data string) known as "BINARY" format (also referred to as COMP). The Binary numeric format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
nvfmtspd | The purpose of this document is to provide information about a Quality Assurance Test Case that focuses on SIMOTIME Technologies that manage data files with record structures that contain alphameric Text Strings that are stored using EBCDIC or ASCII encoding and Numeric Values that are stored in a Packed-Decimal format. This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). The packed-decimal numeric format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
nvfmtsrb | This is the Run Book for the NVFMTST01 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII and how to define, identify, expand and convert numeric values that are formatted as Zoned-Decimal, Packed-Decimal or Binary. |
nvfmtszd | The purpose of this document is to provide information about a Quality Assurance Test Case that focuses on SIMOTIME Technologies that manage data files with record structures that contain alphameric Text Strings that are stored using EBCDIC or ASCII encoding and Numeric Values that are stored in a Zoned-Decimal format. This document will focus on a discussion of a numeric field (or data string) known as "Zoned-DECIMAL" format (also referred to as Zoned data or a Zoned numeric field). The Zoned-Decimal numeric format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
nvpdqarb | This is the Run Book for the NVPDQA01 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII and how to identify, expand and convert numeric values that are formatted as Packed-Decimal. |
nvpdsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvpdsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvpdswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvpdudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvpdumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvpduwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzdsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzdsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzdswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzdudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzdumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nvzduwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
nxanim01 | This is an example of how to compile a cobol source member from a Windows command line using Micro Focus Command Line Interface to create a DLL. |
nxbldl22 | This is an example of how to compile a cobol source member from a Windows command line using Micro Focus Command Line Interface to create a DLL. |
nxchek01 | This example describes how to compile a COBOL program within a Net Express project. |
nxchek02 | This example describes how to set compiler directives within a Net Express project. |
nxcode01 | This example describes how to add source code to a Net Express project. This set of programs will be used to convert data files. |
nxcode02 | This example describes how to add source code to a Net Express project. The program will be use to compare data files. |
nxcopy01 | This is a SimoPATH Document describing how to point to a copy file directory within a Net Express project. |
nxcsys01 | An example of how a Micro Focus, Net Express COBOL program accesses the environment variables and Windows command line. This sample is also used to map the COBOL file name to the physical PC file name. |
nxdata01 | This is a SimoPATH Document describing how to add a data file to a Net Express project. |
nxdfed01 | This example describes how to add a data file to a Net Express project and use the Micro Focus Data File Editor. |
nxdfed02 | This example describes how to add a data file to a Net Express project and use the Micro Focus Data File Editor. |
nxdfed03 | This example describes how to create a structure file that will be used by the Micro Focus Data File Editor to map the records to a copy file definition. |
nxopen02 | This is an example of how to open an existing project using Micro Focus Net Express. |
nxstrt01 | An example of how to create a new project using Micro Focus Net Express. |
ob2trpb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
obf632b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
obf680b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
obfaid01 | This is the supporting document for the OBFDAT01 program that creates a customer master file using generic names and addresses. This suite of programs does the maintenance and conversion of the files that contain the list of people names, street names and the city, state and zip information. |
obfctlb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
obfdat01 | Programs that will create or generate a customer master file for the testing and development environments with obfuscated or randomly created names and addresses that are not associated with actual people. JCL members are provided to run the jobs as ZOS batch jobs on an IBM Mainframe System or as a project with Micro Focus Enterprise Developer running on a Windows System. CMD members are provided to run the jobs with Micro Focus Net Express running on a Windows System. Bash Script Files are provided to run the jobs on a Linux (Ubuntu) or UNIX System and GnuCOBOL |
obfpcdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
ordrcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
ordrcb02 | This document provides a record layout based on the field definitions in a COBOL copy file. |
passcape | This document provides a record layout based on the field definitions in a COBOL copy file. |
passex80 | This document provides a record layout based on the field definitions in a COBOL copy file. |
passobb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
passpark | This document provides a record layout based on the field definitions in a COBOL copy file. |
passpipe | This document provides a record layout based on the field definitions in a COBOL copy file. |
passws80 | This document provides a record layout based on the field definitions in a COBOL copy file. |
pdshub01 | How to create a catalog entry for a Partitioned Data Set (PDS) in a Micro Focus Server environment. |
pdsjob01 | Identify Partitioned Data Sets and create entries in the Micro Focus Catalog. |
pdsjob02 | Identify and Document Sequential Data Files and create entries in the Micro Focus Catalog. |
pek_psdpekw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
pek_psmpekw3 | This document will focus on a discussion of a numeric field (or data string) known as "PACKED-DECIMAL" format (also referred to as packed data or a packed numeric field). This format is supported by the COBOL programming language. This format is used on an IBM Mainframe System and on a Linux, UNIX or Windows System using COBOL technologies from Micro Focus or GnuCOBOL. |
pj01info | Project Information for using SIMOTIME Technologies and Services to migrate or move applictions and data between sytems. |
pktots01 | A description of how to accumulate or calculate summary totals with record counts and post the information to a SYSOUT file that is configured as Line Sequential with 121 byte records. The format for the numeric fields is Packed Decimal. |
pktots08 | Describe and demonstrate how to create test data for a sequential file with records that contain packed-decimal (or COMP-3) numeric fields. |
pktotsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
profiles | The SimoTime HTML Template Document. |
pt1notes | Describe the basic considerations or starting point for performance tuning in a Micro Focus Server environment. |
pt1one01 | Demonstrate and describe how to establish a set of baseline performance metrics by executing a known test case and then calculating elapsed time for batch jobs from information extracted from the Micro Focus JES output. |
purchase | This document provides a list of products and technologies that are available for purchase. Various options for purchase are available including PayPal. |
putls32k | This is an example of a callable COBOL program that provides write access for a line sequential or ASCII/Text file. |
pwrcart1 | Describe how to build a portable, mobile do it yourself power supply unit using a 12 volt battery source that will provide emergency or temporary backup power for 120 Volts AC (VAC) and 12 Volts DC (VDC). The unit or system should be easy to transport and easy to maneuver. |
qalyom01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
qatbat01 | Describe and demonstrate how to create an environment for Application Regression Testing on a Windows Platform. The Test Cases used in this scenario were downloaded from a z/OS Mainframe System. Review the JES logs and Compare Files. |
qsamio01 | This suite of programs provides an example of how a mainline COBOL program calls a mainframe assembler (HLASM) I/O routine to access a QSAM, sequential file. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. The assembler IO routine is written in IBM Mainframe Assembler, it will compile using Assembler/H or HLASM. A JCL member is provided to run the job on an IBM Mainframe with ZOS or Windows with Micro Focus Mainframe Express. |
qsamiob1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
qsmcpyb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
qsmcpyb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
r08kcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
r192cb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
r256cb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
r2l25601 | This is an example of a COBOL program that will read a record sequential file and produce a line sequential file. |
r512cb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rec1ixb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rec1msk1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rec1sqb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rec1txb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
reclay01 | Create HTML documentation for record structures (non-relational files and/or VSAM Data Sets) based on the definitions provided from a COBOL copy file. |
reclayot | Generated by SimoTime, a definition for a COBOL Data Structure or Record Layout. |
revres01 | The primary objective for this test case is to describe and demonstrate techniques for maintaining and validating data integrity in a multi-system, multi-user environment. This includes data file convert, compare and numeric checking. The techniques are used to validate and review data as it moves through various transition processes. Also, the tools may be used in a problem determination effort when an unexpected condition such as a S0C7 or RTS163 error occurs. |
rfimodel | A Proof of Concept Example for Migrating an Application that is currently running on a Mainframe System to a Windows System running Micro Focus Server. This example includes both JES batch and CICS online components. |
ring1cbl | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
rpdcls01 | Route OUTPUT files to a user-defined location using the a DD statement with DATACLAS and the Micro Focus ES_ALLOC_OVERRIDE function. |
rpt13301 | Data File Compare of Two Report Files of 133 Byte Print Records. |
rpt133b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rrd01k01 | Describe how to Create or Delete, Define or add records to a VSAM, Relative Record Data Set or RRDS. |
rs80cv01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
rs80hx01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
rs80pds1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rs80zdu1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rsdatab1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rtbasics | Explore How to do Regression Testing for Batch Processing on a Windows System. This document will describe and demonstrate how to prepare test data, execute a regression test and validate the results. The validation process includes data file compare functions, accumulation of summary totals and hexadecimal dump or hex dump capability. |
rtcust01 | How to monitor changes to the customer master file during regression testing. |
rtntot01 | Read a file and calculate record counts and summary totals for currency or numeric fields. |
rtntotb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
rtw00101 | This Job Script will describe and demonstrate how to do access Bytes or Bits within a data string. |
rtw00208 | This Job Script will generate, transfer and compile the COBOL source code for a suite of programs that perform data file compare functions. |
rtw00308 | This Job Script will generate, transfer and compile the COBOL source code for a suite of programs that will do the data file convert functions. |
rtw00408 | This Job Script will generate, transfer and compile the COBOL source code for a suite of programs that will show the content of records within a file in a Hex-Dump format. |
rtw00508 | This Job Script will generate the COBOL source code for a suite of programs that will accumulate summary totals with a record count. The generated programs will access non-relational data structures that include Traditional Files or VSAM Data Sets. |
rtw00608 | This Job Script will generate the HTML documentation for the record layout of non-relational data structures that includes Traditional Files or VSAM Data Sets. |
rtw00701 | This Job Script will describe and demonstrate how to validate the Numeric Integrity of Packed-Decimal fields. The test cases are used to identify possible S0C7 or RTS-173 errors (non-numeric value in a numeric field) that may cause an application program to abnormally terminate. |
rtw00801 | This Job Script will describe and demonstrate Boolean Logic Functions using COBOL programs. The test cases are used to perform Logical AND, OR & XOR functions. |
rxparm01 | A collection of sample REXX programs showing the EXECIO, queued, queue, SAY, ARG functions. The programs will run on an IBM Mainframe or a Windows System with Micro Focus. The Micro Focus environment includes the IRXJCL utility. |
s1load01 | Produce an HTML Document with Summary Totals for Source Member Counts by Category and Lines of Code. |
sam1dlib | A model sub-directory structure of the Application Libraries for the DEVELOPMENT environment. |
seqhub01 | How to create a catalog entry for a record sequential file in a Micro Focus Server environment. |
seqjob01 | Identify and Document the Sequential Data Files and create entries in the Micro Focus Catalog. |
seqjob02 | Create catalog entries for Sequential Data Files. |
seqksd01 | An example of how a COBOL program that does file conversion. The COBOL programs are written using COBOL/2 dialect but also work with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus NET Express running on a Windows System. This program will read a VSAM, KSDS and write to a record sequential file. |
seqksd02 | An example of how a COBOL program that does file conversion. The COBOL programs are written using COBOL/2 dialect but also work with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus NET Express running on a Windows System. This program will read a VSAM, KSDS and write to a record sequential file. |
sim4bus1 | SimoTime - Business Partners for Products and Services |
sim4clrs | A color chart for HTML codes and Hexadecimal Definitions using rrggbb. |
sim4con1 | Contact information for SimoTime. |
sim4dpak | A list of SimoTime Products and Technologies that may be downloaded. The items are packaged in a ZIP file format. |
sim4dzip | SimoTime Z-Packs provide individual COBOL, Assembler, JCL and VSAM QSAM programming examples, documentation and test data files in a single package. |
sim4gway | The SimoTime Gateways to Technology offer practical, solution-oriented examples that use vendor specific technologies targeted for variety of systems environments such as ZOS on an IBM Mainframe System or Micro Focus Enterprise Server running on a Linux, UNIX or Windows System. |
sim4home | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of Mainframe legacy applications and data with Linux, UNIX or Windows (LUW) Systems. We have the people, skills and complementary technology to quickly move COBOL-oriented applications between or across Systems. We specialize in the conversion and validation of traditional data structures. We have the experience and have developed the technologies to do file format and record content conversions while maintaining the integrity of the numeric content. |
sim4info | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We have the people, skills and complementary technology to quickly convert BMS and MFS screens to HTML forms that include JavaScript to handle specialized functions. |
sim4l2n1 | Companies want to include the mainframe as a major player functioning in its traditional role and taking on the new role of a powerful server and large data base manager in an Internet environment. Extending Legacy Applications by using Internet technologies as a vehicle for the profitable exchange of business information |
sim4lib1 | SimoTime is a technologies and services company providing tools and skills for the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We can quickly convert BMS and MFS screens to HTML forms that include JavaScript to handle specialized functions. |
sim4lnx1 | A suite of practical, solution-oriented examples that focus on the use of specific technologies across a variety of operating systems and hardware platforms. This gateway will focus on the Linux Operating System. |
sim4mfe1 | A quick reference for Mainframe Express users. |
sim4mfg1 | Business Partners for Products and Services for applications that are COBOL oriented. Migrate or convert mainframe applications to run on Windows, UNIX or Linux platforms. |
sim4mvs1 | A suite of practical, solution-oriented examples that focus on the use of specific technologies across a variety of operating systems and hardware platforms. This gateway will focus on mainframe systems with ZOS, MVS or OS/390. |
sim4news | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We have the people skills and complementary technology to quickly convert BMS and MFS screens to HTML forms that include JavaScript to handle specialized functions. |
sim4site | The site map provides a structured, block diagram with links to the various pages within the site. |
sim4srch | SimoTime Hyperlinks to various web search engines. |
sim4synr | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We have the people skills and complementary technology to quickly convert BMS and MFS screens to HTML forms that include JavaScript to handle specialized functions. |
sim4webm | Home Page for the SimoTime Web Master. |
sim4win1 | A suite of practical, solution-oriented examples that focus on the use of specific technologies across a variety of operating systems and hardware platforms. This gateway will focus on Windows Operating System. |
simguest | SimoTime is a consulting, services and technologies company specializing in the integration or conversion of mainframe legacy and web systems for the Internet or Intranet environments. We have the people, skills and complementary technology to quickly convert BMS and MFS screens to HTML forms that include JavaScript to handle specialized functions. |
simhex01 | This is an example of a COBOL program that will produce a HEX dump of a VSAM Data Set. |
simhtm01 | This member provides functional specifications by example of the advanced functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
simindex | Main Page, Left pane for SimoTime Web Site |
simmsg01 | This is an example of a Windows command line function to display a message to the screen and write the message text to a log file with a date and time stamp. |
simo801k | This is the COBOL source code listing for a utility program that will concatenate text strings within multiple 80-byte records into a single 1,024 byte record. |
simoabn0 | This is an example of a callable COBOL routine that will terminate the execution of a program in a Micro Focus environment. It may be used to replace a call to ILBOABN0. |
simoaloc | This is an example of a COBOL program that will produce a comma delimited file without the leading and trailing spaces within the fields. |
simobits | This is an example of a COBOL program that will convert between a one-byte field of eight bits to an eight byte field with each byte set to zero or one based on the bits. |
simobsio | This is an example of a COBOL program that will access a file in at the byte or block of bytes level. This access method is referred to as Byte Stream I/O. |
simobuy1 | DESCRIPTION not found. |
simocard | This suite of programs will process commonly used file format and record content conversions for files with 80 byte records that are commonly referred to as card image files. |
simocase | This is the COBOL source code listing for a callable case conversion and Capitalization routine. |
simoclsb | This program provides the programmer with the location of the Last Significant Byte (LSB) within a user-defined data string. |
simodate | This is an example of a COBOL program that will edit a date field and test for valid date entries. |
simodump | The SimoDUMP routine (or callable program) is a sample or example program that will convert a text string to its hexadecimal value with a display or logging capability. |
simoexec | This is an example of a COBOL program that will call other programs and will pass a command line parameter as if it were being called from mainframe JCL. |
simogens | Provides a separate place for analyst, technical administrators, testing groups and support individuals to generate programs that will be used to convert, compare, verify or review the content and properties of non-relational data structures such as traditional data files or VSAM Data Sets. |
simogl4k | This is an example of a callable COBOL program that provides read access for a line sequential or ASCII/Text file. |
simogl80 | This is an example of a callable COBOL program that provides read access for a line sequential or ASCII/Text file. |
simogr80 | This is an example of a callable COBOL program that provides read access for a record sequential file. |
simohex1 | The SimoHEX1 routine (or callable program) will convert a data string of one-byte items to a text string of two-byte items using hexadecimal notation. The hexadecimal notation string is then posted to the SYSOUT device. |
simohex4 | This is an example of a COBOL program that will convert a text string to hexadecimal dump format. Its intended use is to be called by a program that is reading a file and wants to dump the records in hexadecimal. |
simoi370 | A discussion and examples of the mainframe problem-state instruction set. This suite of programs includes a member that executes each problem state instruction in alphabetic sequence according to the mnemonic opcode. |
simojlib | This example describes how to use a Java Server Page (with JSP tags and HTML with JavaScript) and Java programs to call COBOL programs for business processing and access to VSAM Data Sets. |
simojust | This is an example of a COBOL program that will center, right justify or left justify a text string within a field. |
simolab1 | A discussion and examples of creating unique labels or avoiding the use of labels with macro generated code. |
simologs | SIMOLOGS is a callable routine that will display a message to the user-defined SYSOUT device or the SYSTEM operator console. Also, SIMOLOGS may write to a log file.. |
simolyze | Analyze Mainframe Source Code to determine the programming Language and Member Type within Language. Perform a source code scan and analysis to determine the content or member type. Calculate the number of record within each source member and determine the number of comments, blank lines and Lines of Code (LOC) within each source member. Accumulate summary totals when a group of source members are being processed. |
simomods | A collection of shared modules that perform common tasks or repeatable processes. The SimoMODS are divided into three categories, callable modules, utility programs and driver programs |
simonote | SIMONOTE is an example of a batch script or command file that will display a text string to the screen and write a time stamped text string to a log file. This Batch Script or Command file may be called from other Batch or Command files. |
simopark | This member provides a shared memory area for a set of COBOL programs that are linked together. |
simopars | Parse a text string based on a user defined delimiter byte. |
simopath | The SIMOPATH Series is a single point of entry for the training offerings from SimoTime and a repository for the learning materials used in the classroom sessions or self-study courses. |
simopl4k | This is an example of a callable COBOL program that provides write access for a line sequential or ASCII/Text file. |
simopl80 | This is an example of a callable COBOL program that provides write access for a line sequential or ASCII/Text file. |
simopr80 | This is an example of a callable COBOL program that provides write access for a record sequential file. |
simora12 | This is an example of a COBOL program that will right adjust a numeric text string with a field. |
simorec1 | This utility provides the length of a field and the position of the start of the field within a data record. The actual physical length for COBOL group items, packed fields, binary fields and tables will be calculated. This information is provided by the SimoTime Record Layout utility program within a text file and an HTML document. |
simoroad | This is an example of a COBOL program that will edit and modify a text string (or field) that contains a street address (oriented for the United States). |
simosnap | Describe and demonstrate a coding technique that will dump the content of working storage for diagnostic or debugging purposes. |
simostat | This is the COBOL source code listing for a callable routine that will analyze and prepare the file status code for display. |
simosub1 | This is an example of a COBOL program that will search a field for a text string and replace the text string with a new text string of the same or different length. |
simotek2 | A group of technologies for individuals that have the responsibility for updating or modifying mainframe applications for deployment on mainframe or non-mainframe systems. |
simotrak | Describe and demonstrate a coding technique that will trace or track the start and stop times of events within programs. |
simotxtn | This is an example of a COBOL program that will translate or convert the digits from a numeric field to words in an alpha-numeric field. |
simous01 | A model sub-system with libraries for the Development, Testing and Production Environments. |
simov32k | SIMOV32K is a callable routine that will write a message to a Log File. The file format is record sequential with the record size varying from 64 to 32,760 characters. |
simoview | An approach to converting Mainframe BMS for CICS or MFS for IMS Screens to HTML. |
simovrec | This is an example of a COBOL program that will access a file at the byte or block of bytes level and process the blocks from a mainframe formatted, variable length file. |
simox390 | SIMOX390 is a mainframe Assembler Analysis Tool. This version of SIMOX390 runs on a Windows System and scans a mainframe assembler source member that have been downloaded and identifies the macro and copy files used by the programs. |
simox397 | This suite of utility programs will scan the source code for a Mainframe Assembler an produce an ASCII/Text file of the maco and copy files used in the program. An optional feature will produce a structure diagram that may be viewed using a web browser. |
simoxmsg | This document provides a list of the possible informational or error messages that may be issued during the member scan and analysis. |
simoxt80 | A description and sample demonstration for a callable routine that provides conversion between ASCII and EBCDIC for an eighty (80) byte text string. |
simozaps | A multi-purpose utility that generates COBOL source code that will do data file content (i.e. ASCII and EBCDIC) or format (i.e. VSAM, KSDS to Sequential) conversion or compare two files. The techniques used will allow the convert or compare programs to be compiled and executed on a Mainframe System (ZOS or VSE) or a Linux, UNIX or Windows System with Micro Focus. Also, SIMOZAPS provides a view, copy, modify and format function for viewing files, making small patches to files or making global changes to files in a Windows and Micro FOcus environment. |
simsam01 | An Enterprise (aka Mainframe) System Model Environment for Windows. Move or migrate a mainframe business application from a mainframe to a Windows, UNIX or Linux platform. |
slzhtml2 | Source Code Identification or Member Typing with Member Counts and Lines of Code. |
sortut01 | Examples of sorting files on an IBM Mainframe System using the ZOS SORT program or on a Linux, UNIX or Windows System using the Micro Focus SORT program. This document will describe and demonstrate the EBCDIC and ASCII encoding and case insensitive sort capabilities. Examples are included that define the syntax for ascending or descending sort by individual field positions. |
spsnum01 | This is a self study course that describes the various numeric formats used by IBM Mainframe COBOL or Micro Focus COBOL on a Windows or UNIX platform.. The COBOL programs (source code) that is used in this session may be compiled and executed on Micro Focus platforms or an IBM Mainframe, either z/OS, OS/390, MVS or VSE. |
SQ0080B1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sqeksa01 | This program will read an EBCDIC encoded record sequential file and write an ASCII encoded, Indexed file. The program uses a sequential add approach. Therefore, the input file must be in sequence based on the key field. |
srt080b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
srtksd01 | This document will describe and demonstrate how to use the Micro Focus SORT program to create an empty VSAM, KSDS Cluster (or Key Sequenced Data Set). This function is similar to the DELETE/DEFINE function of IDCAMS. This example was created and tested on a Windows System using the Micro Focus SORT program and could easily be ported to run on a Linux or UNIX system. |
stafmt01 | This suite of programs provides an example of how a COBOL program does field parsing and formatting plus parameter passing between COBOL and JCL. This example includes a date edit and conversion program. |
stalocb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
stamlr01 | This sample application illustrates the use of JCL, the SORT utility and COBOL programs to access a VSAM, KSDS or Indexed file and create a QSAM or sequential file of mailing addresses in zip code sequence and formatted for 1, 2, 3 or 4 across mailing labels. The COBOL program is written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Mainframe Express (MFE) running on a PC with Windows. |
stbase01 | The SimoTime shared program members that are shared across applications. These members provide a focal point for managing environment variables and repeatable functions using a consistent methodology. |
stcams01 | An example of using IDCAMS, IEBGENER and IEFBR14 to create a Sequential File and delete, define and populate or load a VSAM, KSDS with file status code information. |
stcohome | An introduction to SIMOTIME and an overview of the products and services that provide a variety of Application Processing and Data Management Options. |
stcoinf2 | This is the secondary informational slide used for the Introduction to SIMOTIME presentation. |
stcoinfo | This is the primary information slide for the Introduction to SIMOTIME presentation. |
stcolink | This slide provides a list of slides used in the Introduction to SIMOTIME presentation. It provides a method for quickly navigating between all the slides. |
stcopg00 | This is the Agenda slide for the Introduction to SimoTime presentation. |
stcopg10 | This slide describes how to Re-Deploy an Application and Data in a multi-system environment. It is referenced in the SIMOTIME presentations. |
stcopg20 | This slide describes possible techniques that do Data Convert, Transfer, Validate or Reviewÿ in a multi-system environment. |
stcopg30 | This slide describes how to Support & Enhance User Systems & Applications that are deployed across a variety of systems with different architectures. |
stcopg40 | This slide describes possible techniques that may be used to Create a Baseline Test Environment (Application Members and non-Relational Data Structures) for batch jobs. |
stcopg50 | This slide describes possible techniques that may be used to manage, reduce or eliminate the use of Assembler (HLASM) within an Application. |
stcopg60 | This slide describes possible techniques and technologies that may be used to Extract Data Items from a VSAM, KSDS by Field Name. |
stcopg95 | This is a summary slide that is used for the Introduction to SIMOTIME presentation. |
stcoquit | An introduction to SIMOTIME and an overview of the products and services that provide a variety of Application Processing and Data Management Options. |
stexec22 | Execute a Data File Compare Program. |
stgen000 | The Data Management Assistant will provide convert, compare and review capability for non-relational data structures. Validating or checking the integrity of numeric items is included. |
stgenc2f | This document will focus on the task of generating HTML documentation for Records structures used within data files and VSAM Data Sets. The document generation is based on the field definitions from a COBOL Copy File. A separate file is generated to identify the numeric fields and properties. |
stgenc2h | This document will focus on the task of generating HTML documentation for Records structures used within data files and VSAM Data Sets. The document generation is based on the field definitions from a COBOL Copy File. |
stgenp2c | This document will focus on the task of generating COBOL programs that will do file format and record content conversion. |
stgenp2t | This document will focus on the task of generating COBOL programs that will read data files or VSAM Data Sets and accumulate summary totals. |
stgenp2v | This document will focus on the task of generating COBOL programs that will compare the content of two data files. |
stgenp2x | This document will focus on the task of generating COBOL programs that will read data files or VSAM Data Sets and produce Hexadecimal Dump information based on a user request. |
sthtml22 | Generate HTML Documentation of a Record Layout based on a COBOL Copy File. |
stinfob1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
stjquery | Provide access to JCL specifications from within a COBOL program using the SimoTime Job Query program. Information provided from the JOB and DD statements may be obtained by a simple call. |
stmastoc | Master Table of Contents for the SIMOTIME Libraries. |
stpeek01 | The STPEEKC1 routine (or callable program) will access a user defined binary string of data and create a text string of data in a hex-decimal notation format that may be displayed or used in a review process that requires human observation. |
str_apmastb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_custcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_dirlstb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_itemcb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvbnuwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpdsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpdsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpdswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpdudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpdumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvpduwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzdsdb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzdsmb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzdswb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzdudb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzdumb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_nvzduwb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passbits | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passdump | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passjust | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passpars | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passparx | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passra12 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passsub1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_passtxtn | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_stpeekb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tcksdsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tckslsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tcnbrsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tcntxtb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tcpr80b2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_tctextb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str_x80revb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str121b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
str133b1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
strprobe | The STRPROBE program will read a Micro Focus Structure file, analyze the information and create a new COBOL source member that defines the data structure or a record layout. |
stscan01 | Read (or scan) an ASCII/Text File and search each record for the possible presence of a user-defined text string. |
stserv01 | Contact information for SimoTime Technologies and Services. We have experience in moving or sharing data or application processing across a variety of systems. |
ststub01 | This program is a stub or starter program for creating a new COBOL program or callable sub-routine. A primary feature is a call to the SIMODUMP program to do a HEX-Dump of a user-defined data string. A second feature shows how to use external switches or environment variables to control program behavior |
sttimeb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
stwiptoc | Master Table of Contents for the SIMOTIME Libraries. |
stwtor01 | Post a message to the system console, halt execution and wait for an operator response. This program is used in a VSE Job Control environment. |
sxaction | A SIMOCARD Member that describes and demonstrates by example how to convert an ASCII/Text or line sequential file to an ASCII-encoded record sequential file. |
sys_rec1 | This utility provides the length of a field and the position of the start of the field within a data record. The actual physical length for COBOL group items, packed fields, binary fields and tables will be calculated. This information is provided by the SimoTime Record Layout utility program within a text file and an HTML document. |
sys1dirs | This is the Library (or Folder) structure for the System Programmer that manages the SIMOSAM1 Library of Programs and Documents. The SIMOSAM1 Library (or Directory) is the foundation for the Mainframe System Model and Data Management that executes on a Windows System with Micro Focus Enterprise Server. |
sys1prep | This member provides an overview of the system preparation process required prior to doing an application and data migration. |
sys76p01 | Quantify the effort and document the tasks required to provide a development environment on a Linux System for a developer that is familiar with Microsoft Windows and IBM Mainframe Systems. For this effort we used a System/76 Serval WS laptop with Ubuntu. Firefox and LibreOffice were installed by the supplier. We installed the Java Developers Kit (JDK), Chrome, Apache Tomcat and GnuCOBOL or Open COBOL from SourceForge. Our goal is to deploy a segment of a business application that is currently running on an IBM Mainframe System onto a Linux System. For batch Job processing we created Bash Script Files. |
sysad_gb | This is the Run Book for the NVPDQA01 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII and how to identify, expand and convert numeric values that are formatted as Packed-Decimal. |
sysenv01 | An overview of the system architecture that will support applications that are currently running on a Mainframe System to be transferred to a distributed Windows System for development, testing or production. |
sysluser_ | Message Posting of Text Strings |
sysluser_hex_tckrsad1_asc | Message Posting of Text Strings |
sysluser_hex_tckrsed1_ebc | Message Posting of Text Strings |
sysluser_hex_tcnbrsd1_asc | Message Posting of Text Strings |
sysluser_hex_tcnbrsd1_ebc | Message Posting of Text Strings |
sysluser_hex_tcnbrsd2_asc | Message Posting of Text Strings |
sysluser_hex_tcnbrsd2_ebc | Message Posting of Text Strings |
sysluser_hex_vr80rsw1 | Message Posting of Text Strings |
sysluser_hex_vr80rsw2 | Message Posting of Text Strings |
sysluser_hex_vr80rsw3 | Message Posting of Text Strings |
sysluser_psmcl1k1 | Message Posting of Text Strings |
sysluser_psmcl1k4 | Message Posting of Text Strings |
sysluser_psmcl1w4 | Message Posting of Text Strings |
sysluser_psmcp1w4 | Message Posting of Text Strings |
sysluser_psmcp3w1 | Message Posting of Text Strings |
sysluser_tcncl1w1 | Message Posting of Text Strings |
sysluser_tcncl1w9 | Message Posting of Text Strings |
sysluser_tcncp1w1 | Message Posting of Text Strings |
sysluser_tcncp1w9 | Message Posting of Text Strings |
sysluser_tcpcpew2_ne | Message Posting of Text Strings |
sysluser_tcphx4w2_asc | Message Posting of Text Strings |
sysluser_tcphx4w2_ebc | Message Posting of Text Strings |
sysluser_x80cp1w9 | Message Posting of Text Strings |
sysout_bx_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psma2ew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmcl1w4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmcp1w4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmcp3w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psme2aw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmfdxw4_nok | DESCRIPTION not found. |
sysout_psmhxdw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmhxdw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmimpw5 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmtotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmtotw4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_psmtotw4_nok | DESCRIPTION not found. |
sysout_psmzapw4 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_px_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcke2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckhxaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckksdw8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckpkaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckpkew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tckzapw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcna2ew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcncl1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcncl1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcncp1w1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcncp1w9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcne2aw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnextw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnhxaw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnhxaw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnhxew1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnhxew2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnimpw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnimpw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnksdw8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnpekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnpekw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnpekw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcntotw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcntotw2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcntotw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcntotw6 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcntotw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcnzapw9 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_tcpeekw1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_user | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_zsmfdsw3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
sysout_zx_neww8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
t2load01 | This example uses the EXEC CICS LOAD function to load a non-Executable member or data table into memory. |
tapc8001 | Move a Mainframe batch job that uses JCL and tape devices to a Micro Focus Server running on Linux, UNIX or Windows. |
tbook002 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tc00list | A list of Test Cases that may be used in the Unit, Application and System Test environments. The suite of jobs and programs may be used for Regression Testing or User Acceptance Testing. |
tc01dm01 | Describe and demonstrate how JCL and COBOL programs that are currently executed on an IBM/ZOS Mainframe System can be executed on a Linux, UNIX or Windows (LUW) System using Micro Focus Server. |
tc01rsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tc01rsb8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tc02pds3 | Describe and demonstrate how to transfer or copy the contents of a Partitioned Data Set or PDS that is currently on an IBM/ZOS Mainframe System to a folder or directory on a Linux, UNIX or Windows (LUW) System that uses Micro Focus Server. |
tc03cp01 | Describe and demonstrate how to compare to non-relational data structures such as a sequential file and/or a VSAM Data Sets. The process for comparing the data structure should be executable on an IBM/ZOS Mainframe System or on a Linux, UNIX or Windows (LUW) System using Micro Focus Server. Also, the process should be supported in a development, test or production environment. |
tc04sr01 | Describe and demonstrate a process to sort a record sequential file and produce a report with sub-totals and final totals using SORT, DFSORT, SYNCSORT or MFJSORT. This Test Case was created for a Windows System with Micro Focus Enterprise Developer and Enterprise Server |
tc04sr08 | Describe and demonstrate a process to create a record sequential file containing Signed Packed Decimal data. |
tc05cv01 | The primary objective of this test case is to describe and demonstrate how to manage (i.e. create, convert, compare, view) sequential files with 80-byte, fixed-length records. The records in the file will contain various numeric formats such as BINARY, COMP and COMP-3. |
tc05rsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tc06dv01 | The primary objective of this test case is to describe and demonstrate how to validate the integrity of the numeric values in a non-relational data file. |
tc07sr01 | The primary objective of this test case is to describe and demonstrate how to use the alternate collating or ALTSEQ function of the SORT Utility program to arrange an ASCII-encoded file into an EBCDIC sequence or an EBCDIC-encoded file into an ASCII sequence. |
tcdata01 | This document will describe and demonstrate how to Create, Doument and Maintain the non-relational data files and VSAM data Sets that are used by the SIMOTIME Test Cases.. |
tcksdsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tcksdsrb | Describe and demonstrate the process of converting an EBCDIC-encoded, VSAM Key Sequenced Data Set (KSDS) to an ASCII-encoded, VSAM Key Sequenced Data Set (KSDS). The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings (or record content) between EBCDIC and ASCII and how to maintain or identify, expand and convert numeric values that are formatted as Signed-Zoned-Decimal, Packed-Decimal or Binary. |
tcksdssp | Describe and demonstrate the preparation processes of converting multiple data files or data structures. The convert process includes file format, record content and field format conversion. |
tcnbrsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tcnbrsb8 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tcnbrsrb | This is the Run Book for the TCNBRS01 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII. Also, Numeric values that are stored using a Binary, Packed-Decimal or Signed-Zoned-Decimal format may be identified, expanded and converted to alphanumeric text strings while maintaing numeric integrity. |
tcnbrssb | This is the System System Preparation Guide for the TCNBRS01 Test Case. This test case will convert the file format, record content and record structure of an EBCDIC-encoded file that was created and transferred from an IBM Mainframe System to a format and structure that may be easily imported and accessed from within an ASCII-oriented relational data base or a spread sheet using Excel or LibreOffice Calc. |
tcnqat01 | This Test Case will create a suite of data files that are subsequently used as input for Quality Assurance Testing (QAT). The test file formats include Line Sequential (LSEQ or ASCII/Text) and Record Sequential (RSEQ). The record content may be EBCDIC or ASCII encoded for text-oriented data strings. Numeric values may be stored in a variety of formats including Zoned-Decimal, Packed-Decimal or Binary. The record structure may be fixed or variable length with a user-defined arrangement of concatenated data strings. |
tcntxt01_home | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarization. |
tcntxt01_link | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarizing. |
tcntxt01_pg10 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg12 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg14 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg20 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg22 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg30 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg32 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg40 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg42 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_pg44 | Presentation Material for a SIMOTIME Workshop about Non-Relational Data Structures. This page contains information for traditional file structures and VSAM Data Sets. |
tcntxt01_quit | The SIMOTIME Data Management Facilies are a suite of job scripts and programs that perform data file transfer, convert, validate, compare, review and summarization. |
tcntxtrb | This is the Run Book for the TCNTXT01 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII and how to identify, expand and convert numeric values that are formatted as Signed-Zoned-Decimal, Packed-Decimal or Binary. |
tcntxtsb | This is the System Information Manual for the TCNTXT01 Test Case. This test case will convert the file format, record content and record structure of an EBCDIC-encoded file that was created and transferred from an IBM Mainframe System to a format and structure that may be easily imported and accessed from within an ASCII-oriented relational data base or a spread sheet using Excel or LibreOffice Calc. |
tcpeek01 | A Test Case to show how a COBOL program can access a user defined segment of memory (RAM) and create a text string of data in a hexadecimal notation format that may be displayed or used in a review process that requires human observation. |
tcpr80b2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
tcprev02 | This is the Run Book for the TCPREV02 Test Case. This test case will describe and demonstrate the process of converting an EBCDIC-encoded, Record Sequential file that was created on an IBM Mainframe System to an ASCII/Text file. The convert process includes file format, record content and field format conversion. This test case will describe and demonstrate how to identify and convert text strings between EBCDIC and ASCII and how to identify, expand or convert numeric values that are stored using a Binary, Packed-Decimal structure into a Signed-Zoned-Decimal or Alphanumeric structure. |
tuffrlb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
txaksa01 | An example of how a COBOL program does file conversion. The COBOL programs are generated using a COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A Windows Command file is provided to run the job from the Windows Command line or as a project with Micro Focus NET Express running on a Windows System. This program will read an ASCII/Text file and write an ASCII, Indexed file. The program uses a sequential add approach. |
txaksa02 | An example of how a COBOL program that does file conversion. The COBOL programs are written using COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus NET Express running on a PC with Windows. This program will read an ASCII/Text file and write an ASXII, Indexed file. The program uses a sequential add approach. |
txthex01 | This is an example of a COBOL program that will produce a HEX dump of a Sequential or ASCII/Text File. |
txtorrb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
txvrec01 | Convert an ASCII/Text file (Line Sequential) to a Micro Focus Record Sequential file with variable length records. |
unwrap01 | This utility program will read an ASCII/Text file containing multiple source members. Each source member in the file is preceded by a -PUNCH statement that contains the source member name. |
unwrap02 | This utility program will read an ASCII/Text file containing multiple JCL or PROC members. Each member in the file is delimited by a START/STOP record. The member name is derived from the JOB or PROC statement. |
unwrap03 | This utility program (UNWRAPC3) will read a file that was originally created on a Mainframe System using the IEBPTPCH utility program. The original EBCDIC-encoded, record sequential file with 81-byte, fixed-length records contained multiple concatenated members from a Partitioned Data Set (PDS) with each member being preceded by a separator record. The single sequential file was transferred from the Mainframe System using File Transfer Protocol (FTP) in the default ASCII mode. This transfer process resulted in the creation of a single ASCII/Text file containing multiple source members. |
usrtrc01 | An example of how to track and document the execution of user defined code segments. Each event is posted to a file with a date and time stamp. |
utcomp01 | Generate data validation programs that will compare data files or VSAM Data Sets on a record by record basis, accumulate summary totals with a record count and create HTML documentation for the record structures based on a COBOL Copy file. The generated COBOL source code may be compiled and executed on an IBM Mainframe System with Enterprise COBOL, a Microsoft Windows System with Micro Focus COBOL or a Linux System with GnuCOBOL. The generation process has been tested on a Windows System with Micro Focus COBOL and an Ubuntu Linux System with GnuCOBOL. |
utconv01 | Describe and demonstrate various techniques to do data file conversions. The techniques include test cases that do file format conversion and record content conversion. The convert process will generate COBOL programs that will do Data File Format conversion between various Micro Focus Files and Record Content conversion such as EBCDIC and ASCII and create HTML documentation. This utility program runs on a Windows System with Micro Focus. The generated COBOL source code that does the actual convert may be compiled and executed on an IBM Mainframe System or a Windows, UNIX or Linux System. |
utdiredt | DESCRIPTION not found. |
utgpcf01 | Describe and demonstrate the process of converting multiple data files or data structures. The convert process includes file format, record content and field format conversion. |
utgriopg | This program generates programs or COBOL Source Code that may be used to access non-relational data files and VSAM data sets. |
utldat01 | Examples for creating, populating, maintaining and deleting QSAM files and VSAM Data Sets. |
utldat02 | Examples for managing mainframe Partitioned Data Sets (PDS's). Describes how to create, delete, maintain or access a PDS or Library and a PDSM or member within a PDS. |
utldat03 | Examples of JCL for compiling and linking programs. |
utlhex01 | This utility will help identify source members that contain invalid or embedded hexadecimal (or HEX or binary) characters. Also, this technique may be used to scan data files. |
utlhexb2 | This document provides a record layout based on the field definitions in a COBOL copy file. |
utlhexb3 | This document provides a record layout based on the field definitions in a COBOL copy file. |
utmrghtm | This program will merge two html files. |
uttimex1 | The SimoTime HTML Template Document for basic functions of the HTMGENER program that generates HTML documents from specifications in an Excel Spreadsheet. |
utx1cb01 | This document provides a record layout based on the field definitions in a COBOL copy file. |
utxctl01 | Describe and demonstrate how to create and execute a non-terminal, long running transaction running under control of CICS that will sleep, awake, execute and sleep. This process will loop until cancelled by the user. |
uvserv01 | Overview of jobs used to test the installation and configuration of a user defined Application Server Instance running under Micro Focus Enterprise Server. |
vksdrec1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
vreccp01 | A sample COBOL program to compare two sequential files with variable-length records. The program may be compiled and executed on an IBM Mainframe System or a Window, UNIX or Linux System with Micro Focus. The record positions to be compared are determine at compile time. |
vreccp03 | A sample COBOL program to compare two sequential files with variable-length records. The program may be compiled and executed on an IBM Mainframe System or a Window, UNIX or Linux System with Micro Focus. The record positions to be compared are determine at execution time. |
vrecex01 | This is an example of a suite of COBOL programs that will convert a mainframe sequential file with variable length records to a Micro Focus or GnuCOBOL file with variable length records. The Record Descriptor Word is used to determine record length. |
vrectx01 | Convert a Record Sequential file with variable length records to an ASCII/Text file (Line Sequential). |
vrs32k01 | Access and Process Record Sequential files with variable length records. The processing techniques include file create, convert, compare and view in a Hex Dump format. The record content may be ASCII or EBCDIC encoded. This document will focus on the Linux (Ubuntu), and Windows platforms. The file formats and record structures are commonly used with IBM Mainframe Systems or application programs that were created using the COBOL programming language. |
vsmfsk01 | A quick reference of the VSAM and QSAM File Status or Return Codes for an IBM Mainframe System or Micro Focus COBOL or GnuCOBOL. |
vstumf01 | An introduction to Microsoft Visual Studio and Micro Focus Enterprise Developer. Notes from a project that migrated an application from a Mainframe System to a Windows System using Micro Focus Enterprise Developer. |
vtn25601 | Read a file and calculate record counts and summary totals for currency or numeric fields that are defined as Binary, Packed Decimal or Zoned Decimal. |
w10net01 | This document describes how to setup and use Microsoft HomeGroup networking. |
wait3001 | This CICS example provides a 30 second wait to simulate a long running, process dependent transaction. |
weblogb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
winnotes | This document describes how to setup and use Microsoft HomeGroup networking. |
wip00001 | This is an example of a Work-In-Progress or Parking Lot Document. |
wipxhome | An introduction to SIMOTIME and the products and services that provide a variety of Application Processing and Data Management Options. |
wipxpg30 | This slide describes how to Support & Enhance User Systems & Applications that are deployed across a variety of systems with different architectures. |
wipxpg40 | This slide describes possible techniques that may be used to Create a Baseline Test Environment (Application Members and non-Relational Data Structures) for batch jobs. |
wtl12801 | This is an example of a CICS program that prompts a user for the text of a message to be written to a user-defined log file. |
wtl1281 | This document provides a record layout based on the field definitions in a COBOL copy file. |
x10hub01 | How to define a VSAM Cluster and create a catalog entry for a VSAM, KSDS in a Micro Focus Server environment. |
x10job01 | Identify and Document the Special Purpose Files and create entries in the Micro Focus Catalog. |
x10job02 | Create catalog entries for the Special Purpose Files. |
x390lcsv | DESCRIPTION not found. |
zap00101 | An example of a Windows Command file and a COBOL program does file format and record content conversion from EBCDIC sequential to ASCII Text. This suite of programs and the associated documentation are used as one of the Installation Verification Programs for the SimoZaps Utility program. |
zap001c1 | A listing of the COBOL source code that does file conversion from EBCDIC sequential to ASCII Text. The COBOL programs are generated by SimoTime Technologies using a Micro Focus dialect. |
zap00201 | An example of a COBOL program that does file conversion from EBCDIC Sequential to ASCII Indexed. The COBOL programs are generated using a COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Enterprise Studio running on a PC with Windows. |
zap002c1 | A listing of the COBOL source code that does file conversion from EBCDIC Sequential to ASCII Indexed. The COBOL programs are generated by SimoTime Technologies using a Mainframe dialect. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Enterprise Studio running on a Windows System. |
zap00301 | An example of how a COBOL program that does file conversion. The COBOL programs are generated using a COBOL/2 dialect but also works with COBOL for MVS and COBOL/370. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or a Linux, UNIX or Windows System with Micro Focus Enterprise Server. |
zap003c1 | A listing of the COBOL source code that does file conversion from EBCDIC Sequential to ASCII Sequential. The COBOL programs are generated by SimoTime Technologies using a Mainframe dialect. A JCL member is provided to run the job as an MVS batch job on an IBM mainframe or as a project with Micro Focus Enterprise Studio running on a Windows System. |
zap00401 | An example of how a COBOL program that does file conversion. The COBOL programs are generated using a Micro Focus dialect. This program will read an ASCII/Text file and write an EBCDIC, Indexed file. The program uses a sequential add approach. |
zap004c1 | A listing of the COBOL source code that does file conversion from ASCII Text to EBCDIC Indexed using sequential processing techniques. The COBOL programs are generated by SimoTime Technologies using a Micro Focus dialect. |
zap00501 | An example of how a COBOL program that does file conversion. The COBOL programs are generated using a Micro Focus dialect. This program will read an ASCII/Text file and write an EBCDIC, Indexed file. The program uses a random add, update approach. |
zap005c1 | A listing of the COBOL source code that does file conversion from ASCII Text to EBCDIC Indexed using a random update and/or add processing technique. The COBOL programs are generated by SimoTime Technologies using a Micro Focus dialect. |
zdtots01 | A description of how to accumulate or calculate summary totals with record counts and post the information to a SYSOUT file that is configured as Line Sequential with 121 byte records. The format of the numeric fields is Zoned Decimal |
zdtots08 | Describe and demonstrate how to create test data for a sequential file with records that contain zoned-decimal (USAGE IS DISPLAY) numeric fields. |
zdtotsb1 | This document provides a record layout based on the field definitions in a COBOL copy file. |
The preceding list contains 0001338 document members.
This document provides an alphabetic listing with hyperlinks for the documents that are provided for the SIMOSAM1 Libraries. This document may be used to assist as a tutorial for new programmers or as a quick reference for experienced programmers.
In the world of programming there are many ways to solve a problem. This documentation and software were developed and tested on systems that are configured for a SIMOTIME environment based on the hardware, operating systems, user requirements and security requirements. Therefore, adjustments may be needed to execute the jobs and programs when transferred to a system of a different architecture or configuration.
SIMOTIME Services has experience in moving or sharing data or application processing across a variety of systems. For additional information about SIMOTIME Services or Technologies please contact us using the information in the Contact or Feedback section of this document.
Software Agreement and Disclaimer
Permission to use, copy, modify and distribute this software, documentation or training material for any purpose requires a fee to be paid to SimoTime Technologies. Once the fee is received by SimoTime the latest version of the software, documentation or training material will be delivered and a license will be granted for use within an enterprise, provided the SimoTime copyright notice appear on all copies of the software. The SimoTime name or Logo may not be used in any advertising or publicity pertaining to the use of the software without the written permission of SimoTime Technologies.
SimoTime Technologies makes no warranty or representations about the suitability of the software, documentation or learning material for any purpose. It is provided "AS IS" without any expressed or implied warranty, including the implied warranties of merchantability, fitness for a particular purpose and non-infringement. SimoTime Technologies shall not be liable for any direct, indirect, special or consequential damages resulting from the loss of use, data or projects, whether in an action of contract or tort, arising out of or in connection with the use or performance of this software, documentation or training material.
This section includes links to documents with additional information that are beyond the scope and purpose of this document. The first group of documents may be available from a local system or via an internet connection, the second group of documents will require an internet connection.
Note: A SimoTime License is required for the items to be made available on a local system or server.
The following links may be to the current server or to the Internet.
Note: The latest versions of the SimoTime Documents and Program Suites are available on the Internet and may be accessed using the icon. If a user has a SimoTime Enterprise License the Documents and Program Suites may be available on a local server and accessed using the icon.
Explore An Enterprise System Model that describes and demonstrates how Applications that were running on a Mainframe System and non-relational data that was located on the Mainframe System were copied and deployed in a Microsoft Windows environment with Micro Focus Enterprise Server.
Explore The ASCII and EBCDIC Translation Tables. These tables are provided for individuals that need to better understand the bit structures and differences of the encoding formats.
Explore The File Status Return Codes that are used to interpret the results of accessing VSAM data sets and/or QSAM files.
The following links will require an internet connect.
A good place to start is The SimoTime Home Page for access to white papers, program examples and product information. This link requires an Internet Connection
Explore The Micro Focus Web Site for more information about products (including Micro Focus COBOL) and services available from Micro Focus. This link requires an Internet Connection.
Explore the Glossary of Terms for a list of terms and definitions used in this suite of documents and white papers.
This document was created and is maintained by SimoTime Technologies. If you have any questions, suggestions, comments or feedback please use the following contact information.
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Quite often, to reach larger markets or provide a higher level of service to existing customers it requires the newer Internet technologies to work in a complementary manner with existing corporate mainframe systems. We specialize in preparing applications and the associated data that are currently residing on a single platform to be distributed across a variety of platforms.
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