Convert Decimal Hexadecimal C Program

Test Files with Numeric Data, Zoned Decimal, Packed and Binary. Test Files with Numeric Data. Zoned Decimal, Packed and Binary. This suite of programs provides 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. 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. Here is source code of the C program to Convert Decimal to Hexadecimal. The C program is successfully compiled and run on a Linux system. The program output is also. This adding of additional hexadecimal digits to convert both decimal and binary numbers into an Hexadecimal Number is very easy if there are 4, 8, 12 or 16 binary. Hexadecimal number system It is base 16 number system which uses the digits from 0 to 9 and A, B, C, D, E, F. Convert Decimal Hexadecimal C Program' title='Convert Decimal Hexadecimal C Program' />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. Copyright 1. 98. Simo. Time Technologies and Services. All Rights Reserved. This document is the 3rd document of a set of three 3 documents and describes how to create the test files. The following provides the links to the primary document for running the test programs and a document that describes how the test programs are generated. The following link is for the 1st document in a set of three 3 documents and describes how to validate application behavior and data integrity during regression testing or user acceptance testing. Also, the technique of accumulating summary totals and record counts may be used to validate a complete and successful file transfer. Explore the numeric formats and conversion techniques for sharing numeric data between Mainframe Systems and Linux, UNIX or Windows Systems. A Mainframe System and the COBOL programming language supports a variety of different numeric formats that will be discussed in this document. The following link is for the 2nd document in a set of three 3 documents and describes how the programs that do the data conversions and accumulate summary totals are generated. Explore how to generate COBOL programs that will do conversion between various numeric formats such as packed decimal, binary and zoned decimal. To validate numeric integrity a discussion of generating programs that accumulate summary totals is included. Each of the numeric categories or formats presents its own set of possibilities and considerations. Hyperlinks to additional documents describing additional details about the various numeric formats may be found in the. Downloads and Links to Similar Pages. The first task in creating the test files is to determine the numeric content or value of the numeric items. An explicit decimal point will be allowed in the numeric data string. Two files will be created, one for signed numeric values and one for unsigned implied positive values. Batch processing techniques or Batch Jobs will be used to create the two primary test files. For a Windows environment running Micro Focus COBOL a set of Windows Command files will be provided. For a Mainframe System running ZOS or a Linux, UNIX or Windows System running Micro Focus Enterprise Server a set of JCL Members will be provided. This section will describe the Windows Command Files that are used to execute the batch jobs that will create the primary test files. The following CMD file NUMMASW8. The record structure uses a CSV Comma Separated Values format. The records contain all text characters and may be easily viewed and changed with a text editor. All the numeric text strings are treated as signed numeric. An explicit sign character or may be placed immediately before the first digit or after the last digit. If an explicit sign is missing the number will be treated as an implied positive. For numeric values with decimal positions an explicit decimal point should be used. If an explicit decimal point is missing then decimal alignment will be done immediately after the last digit. OFF. NUMMASW8. cmd a Windows Command File. This program is provided by Simo. Time Technologies C Copyright 1. All Rights Reserved Web Site URL http www. Text Create Test Data for NUMM Jobs. Author Simo. Time Technologies. Date January 2. The primary purpose for this job is to create test data for. This job contains two steps. The 1st job step will use the Windows ECHO command to create. ASCIIText or LSEQ file with a maximum record length of. The record structure contains variable length fields. Comma or Comma Separated Value. This type of file is sometimes referred to as a CSV File. The 2nd job step will execute a COBOL program that will read. LSEQ file and write to an RSEQ file. The record format will. CSV format. rem This job will run on a Windows System using Micro Focus. Enterprise Server and Simo. Time Programs. rem. NUMMASW8 rem cmd SIMONOTE CONSOLE Note Prefix Messages. Display and write to. SIMONOTE rem lseq INSTREAM echo GETLS0. GETLS0. 80 CV8. ALAR PUTRS0. EOJ rem. Prepare the environment. Cmd. NameNUMMASW8. Env. 1BASE Cmd. Name. SYSLOG set syslogc Simo. LIBRLOGSSimo. Time. LOG. call Simo. NOTE Cmd. Name. call Simo. NOTE Starting Cmd. Name Cmd. Name. Simo. NOTE Job. Topic Make Test files with Signed Numeric values. Step 1 of 2, Create an LSEQ File. Simo. NOTE Step. Info Create an LSEQ File with CSV records. GETLS0. 80Base. Lib. DATAWRK1SIMOTIME. NTEXTCSV. NUDAS0. PUTRS0. 80Base. Lib. DATAAPPLSIMOTIME. NRSEQCSV. NUDAS0. DAT. echo ID,KEY,POS,EXT,1. GETLS0. 80. echo ID,KEY,POS,EXT, 3. GETLS0. 80. rem Step 2 of 2, Create an RSEQ File. Simo. NOTE Step. Info Create an RSEQ File with CSV records. PUTRS0. 80 erase PUTRS0. CV8. 0ALAR. if not ERRORLEVEL 0 set Job. Status0. 01. 0. if not Job. Status 0. 00. Eoj. Nok. call Simo. NOTE Data. Make GETLS0. Simo. NOTE Data. Make PUTRS0. PUTRS0. 80 goto Eoj. Aok. set Job. Status0. Eoj. Nok. rem. End of Job Processing. Simo. NOTE Finished Job. Name Cmd. Name, Job Status is Job. Status. call Simo. NOTE ABENDING Job. Name Cmd. Name, Job Status is Job. Status. if not 1 nopause pause. The following CMD file NUMMAUW8. The record structure uses a CSV Comma Separated Values format. The records contain all text characters and may be easily viewed and changed with a text editor. All the numeric text strings are treated as unsigned numeric or implied positive. An explicit sign character or should not be used. For numeric values with decimal positions an explicit decimal point should be used. If an explicit decimal point is missing then decimal alignment will be done immediately after the last digit. OFF. NUMMAUW8. cmd a Windows Command File This program is provided by Simo. Time Technologies C Copyright 1. All Rights Reserved Web Site URL http www. Text Create Test Data for NUMM Jobs. Author Simo. Time Technologies. Date January 2. The primary purpose for this job is to create test data for. This job contains two steps. The 1st job step will use the Windows ECHO command to create. ASCIIText or LSEQ file with a maximum record length of. The record structure contains variable length fields. Comma or Comma Separated Value. Software Usage Metrics Is Enabled. This type of file is sometimes referred to as a CSV File. The 2nd job step will execute a COBOL program that will read.