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www.theamericanprogrammer.com |
Just Enough Dump to be dangerous By Gabe Gargiulo - Table of Contents: Using Abendaid, how to find verb and data in the dump (Compile listing for COBOL-I, Compile listing for COBOL-II)- COBOL Compile listing (Data Division Map) - ABENDAID dump (Finding the verb, Finding the offending data in 0C7 dumps) - COBOL datatypes (Display Alphanumeric or Character PIC XXX, Display Decimal and Unsigned PIC 9(5), Display Decimal Signed PIC S9(5), Packed Decimal Signed PIC S9(5) PACKED-DECIMAL or PIC S9(5) COMP-3, Binary Signed PIC S9(4) BINARY or PIC S9(4) COMP)- Memorize this: EBCDIC Equivalencies - For Old Time's Sake: Analysing the Old IBM Dump |
cs.middlesexcc.edu |
ASCII and EBCDIC |
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csc.colstate.edu |
Conversion of Binary, Decimal, and Hexadecimal Data |
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documentation-mainframe.net |
Autres | Documentation Mainframe |
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georgenet.net |
Ascii Table - ASCII... |
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ASCII-EBCDIC.htm |
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EBCDIC to ASCII and ASCII... |
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home.flash.net |
Mark' mark zelden' Mark Zelden |
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ibmmainframes.com |
MAINFRAME APPLICATION PROGRAMMING DEVELOPMENT SOLUTIONS - IBMMAINFRAMES FREE DOWNLOADS |
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publib.boulder.ibm.com |
Using the EBCDIC character set |
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EBCDIC - ASCII table |
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ronmas.virtualave.net |
z/OS MVS, CICS, TCP/IP, Webmaster, Useful Links OS/390, z/OS MVS, CICS, TCP/IP, Webmaster, Useful Links |
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shop.alterlinks.com |
ASCII-EBCDIC Table - decimal, hexadecimal and conversion |
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web.sau.edu |
ASCII collating sequence |
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www.3480-3590-data-conversion.com |
EBCDIC & |
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EBCDIC to ASCII Conversion of Signed Fields |
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www.cadcobol.com |
Menu principal - www.cadcobol.com |
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www.csci.csusb.edu |
Sample: ASCII -- The American Standard Code for Information Interchange |
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www.csis.ul.ie |
The USAGE clause |
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www.gatorspit.com |
Here is the ASCII character sequence ASCII Characters - Values and chart ASCII Collating Sequence |
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Here is the EBCDIC character sequence (Mainframe Computers) EBCDIC Characters - Values and chart EBCDIC Collating Sequence |
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www.ibmmainframes.com |
IBM MAINFRAME DOWNLOADS, FILEAID, XPEDITER, COOLGEN, ENDEVOR, ERROR ASSIST COBOL COMPILER DOWNLOAD IBM MAINFRAME DOWNLOADS, FILEAID, XPEDITER FREE MAINFRAME TOOLS DOWNLOAD & FILEAID |
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www.legacyj.com |
Legacy J - ASCII Table - Zero Page Unicode |
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Legacy J - EBCDIC Table |
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Legacy J - Hexadecimal Information |
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www.murach.com |
Table of contents for IMS for the COBOL Programmer, Part 2: Data Communications & MFS - DL/I status codes Table of contents for IMS for the COBOL Programmer, Part 2: Data Communications & MFS - Binary, hexadecimal, and character conversion table Table of contents for IMS for the COBOL Programmer, Part 2: Data Communications & MFS |
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www.natural-innovations.com |
ASCII-EBCDIC |
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www.programurl.com |
ASCII Software |
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www.simotime.com |
EBCDIC -ASCII conversion chart ASCII-EBCDIC an ASCII or EBCDIC translation table |
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Binary or COMP Format, Description and Discussion Binary |
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www.sysed.com |
Reference Cards SYS-ED SYSED |
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www.ux1.eiu.edu |
Data Compression |
documentation-mainframe.net |
Memento ASCII/EBCDIC |
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www.sysed.com |
Binary and Hexadecimal Values |
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Hex Values |
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EBCDIC |
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Binary and Hexadecimal Values |
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Hex Values |
digilander.libero.it |
EBCDIC to ASCII converter for Window |
- HTML
www.commentcamarche.net |
le codage des informations: la base binaire, la base hexad�cimale, repr�sentations, codages des caract�res, contr�le d'erreur, ASCII, EBCDIC, UNICODE |
www.cadcobol.com |
Tabelas ASCII e EBCDIC Tabela de conversaõ ASCII e EBCDIC |
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www.natural-innovations.com |
ASCII-EBCDIC |
| MOTCLE | ABBREVIATION | DESCRIPTION |
| American National Standard Code for Information Interchange | ASCII | The standard code, using a coded character set consisting of 7-bit coded characters (8 bits including parity check), used for information interchange among data processing systems, data communication systems, and associated equipment. The ASCII set consists of control characters and graphic characters |
| American Standard Code for Information Interchange | ASCII | A standard code used for information exchange among data processing systems, data communication systems, and associated equipment. ASCII uses a coded character set consisting of 7-bit coded characters. See also Extended Binary Coded Decimal Interchange Code |
| American Standard Code for Information Interchange | ASCII | A standard code used for information exchange among data processing systems, data communication systems, and associated equipment. ASCII uses a coded character set consisting of 7-bit coded characters. See Extended Binary Coded Decimal Interchange Code (EBCDIC) |
| American standard code for information interchange | ASCII | code binaire ? 7 ?l?ments |
| American Standard Code for Information Interchange | ASCII | Pronounced Ask-Kee - American Standard Code for Information Interchange is an ANSI standard seven-bit code that was proposed in 1963 and finalized in 1968. The standard ASCII character set consists of 128 decimal numbers ranging from zero through 127 assigned to letters, numbers, punctuation marks, and the most common special characters. The Extended ASCII Character Set also consists of 128 decimal numbers and ranges from 128 through 255 representing additional special characters. The ASCII encoding scheme (or some variation) is used on most computer systems. Two of the exceptions are the IBM Mainframes and AS/400. For additional information refer to EBCDIC. For a table of ASCII and EBCDIC values refer to the following URL. http://www.simotime.com/asc2ebc1.htm> |
| ASCII | See American Standard Code for Information Interchange | |
| ASCII | American Standard Code for Information Interchange | |
| ASCII | American Standard Code for Information Interchange. A modification of the international code which has become a de facto standard (except for IBM which uses the EBCDIC code) for transmitting data. Uses seven bits plus a parity bit, and includes alphanumeric and control characters. ASCII must be converted to EBCDIC for uploading to IBM mainframes. ASCII terminals is often used to refer to asynchronous terminals such as those used in the Unix environment. IBM?s main ASCII terminal family is the 3164. | |
| ASCII | An encoding scheme that is used to represent strings in many environments, typically on personal computers and workstations. Contrast with EBCDIC and Unicode | |
| ASCII | American National Standard Code for Information Interchange | |
| BCDIC | Binary-Coded Decimal Interchange Code. A 6 bit character representation used by most non-IBM-compatible mainframes in the 1950s through 1970s. cf. ASCII, EBCDIC. | |
| binary | (1) Pertaining to a selection, choice, or condition that has two possible values (2) Pertaining to a system of numbers with a base of two. The binary digits are 0 and 1 (3) In DB2 for i5/OS, pertaining to a data type indicating that the data is a binary number with a precision of 15 (halfword) or 31 (fullword) bits | |
| BINARY | A numeric encoding scheme used on a mainframe. The mainframe is a half-word, full-word and double-word centric system. Binary fields are 2, 4 or 8 bytes. For example, the number 10 would normally be stored in memory as x'F1F0'. If the number 10 is defined as BINARY (or COMP for COMPUTATIONAL) it will be stored in memory as x'000A' or 0000 0000 0000 1010. Refer to COMP> in this glossary or http://www.simotime.com/databn01.htm> for more information | |
| binary data | (1) Any data not intended for direct human reading. Binary data may contain unprintable characters, outside the range of text characters. (2) A type of data consisting of numeric values stored in bit patterns of 0s and 1s. Binary data can cause a large number to be placed in a smaller space of storage | |
| binary format | Representation of a decimal value in which each field must be 2 or 4 bytes long. The sign (+ or -) is in the far left bit of the field, and the number value is in the remaining bits of the field. Positive numbers have a 0 in the sign bit and are in true form. Negative numbers have a 1 in the sign bit and are in twos complement form | |
| Byte | A string of 8 bits that represents one EBCDIC character. The IBM mainframe architecture is organized around the concept of the byte. | |
| EBCDIC | See Extended Binary Coded Decimal Interchange Code | |
| EBCDIC | Extended Binary Coded Decimal Interchange Code | |
| EBCDIC | Extended Binary Coded Decimal Interchange Code. Coded 8-bit character set (giving 256 characters) used in IBM minis and mainframes, and SNA. One of two character codes used in IBM kit. See also ASCII, Unicode, BCDIC. | |
| EBCDIC | Extended binary coded decimal interchange code. An encoding scheme that is used to represent character data in the z/OS, VM, VSE, and iSeries environments. Contrast with ASCII and Unicode | |
| EBCDIC | Extended binary-coded decimal interchange code | |
| EBCDIC character | Any one of the symbols included in the EBCDIC set | |
| Extended Binary Coded Decimal Interchange Code | EBCDIC | A coded character set of 256 8-bit characters developed for the representation of textual data. See also American Standard Code for Information Interchange |
| extended binary coded decimal interchange code | EBCDIC | code ? 8 bits utilis? sur de nombreux ordinateurs IBM (S/390, AS/400) |
| Extended Binary Coded Decimal Interchange Code | EBCDIC | Pronounced Ebb-See-Dick. The EBCDIC character encoding set is used by IBM mainframes. Most other computer systems use a variant of ASCII, IBM mainframes and midrange systems such as the AS/400 use EBCDIC and were designed for ease of use or back level compatibility with punched cards. For additional information refer to ASCII. For a table of ASCII and EBCDIC values refer to the following URL. http://www.simotime.com/asc2ebc1.htm> |
| Extended Binary-Coded Decimal Interchange Code | EBCDIC | An encoding scheme that is used to represent character data in the z/OS environment. Contrast with ASCII and Unicode |
| extended binary-coded decimal interchange code | EBCDIC | A set of 256 characters, with each character represented by 8 bits |
| hexadecimal | Pertaining to a numbering system that has a base of 16 | |
| hexadecimal | A base 16 numbering system. Hexadecimal digits range from 0 through 9 (decimal 0 to 9) and uppercase or lowercase A through F (decimal 10 to 15) and A through F, giving values of 0 through 15 | |
| hexadecimal constant | A constant, usually starting with special characters, that contains only hexadecimal digits | |
| hexadecimal string | In REXX, any sequence of zero or more hexadecimal digits (0-9, a-f, or A-F), optionally separated by blanks, delimited by apostrophes or quotation marks, and immediately followed by the symbol x or X | |
| interchange code | An accepted convention for computer character representation. An interchange code typically defines several code pages. EBCDIC and ASCII are interchange codes | |
| Unicode | A character encoding standard that supports the interchange, processing, and display of text that is written in the common languages around the world, plus some classical and historical texts. The Unicode standard has a 16-bit character set defined by ISO 10646. See also multibyte character set | |
| Unicode | A character encoding standard that supports |the interchange, processing, and display of text that is written in the common |languages around the world, plus some classical and historical texts. The |Unicode standard has a 16-bit character set defined by ISO 10646 | |
| Unicode | (1) A universal character encoding standard that supports the interchange, processing, and display of text that is written in any of the languages of the modern world. It also supports many classical and historical texts in a number of languages. The Unicode standard has a 16-bit international character set defined by ISO 10646. (2) An international character encoding scheme that is a subset of the ISO 10646 standard. Each character supported is defined using a unique 2-byte code. See Extended Binary Coded Decimal Interchange Code, American Standard Code for Information Interchange | |
| Unicode | A character set coding scheme, just as ASCII and EBCDIC are, but with the ability to represent all written human languages. The character code is 16 bits wide which yields up to 65,536 characters (compared to EBCDIC?s 256). The Unicode committee was set up in 1989, and included IBM, Apple, and Microsoft among its number. | |
| Unicode | A standard that parallels the ISO-10646 standard. Several implementations of the Unicode standard exist, all of which have the ability to represent a large percentage of the characters that are contained in the many scripts that are used throughout the world |






























