Assembler to Assembler, Assembler Call, Load and Link. Assembler Calling COBOLAssembler CALL Macro. This document will focus on the effort required to prepare an application that is currently running on an IBM Mainframe System with ZOS to run on a Microsoft Windows System with Micro Focus Enterprise Developer. To do this it will be necessary to correct application program behavior that uses proprietary features of a specific operating system or the underlying hardware. 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 and defaults to using an EBCDIC encoding schema. The new GPA 1000 V16 is our best ground scanner and metal detector to find gold up to 15 m 49 ft depth. Оборудование Спектрометры Оптикоэмиссионные ARL 34 ARL iSPARK ARL easySpark. Micro Scope V16' title='Micro Scope V16' />The HLASM program will compile using AssemblerH 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. For this example, the COBOL program was compiled on a Windows System with Micro Focus using the CHARSETASCII directive. Since the HLASM program is EBCDIC oriented this example will show how to mix and manage EBCDIC and ASCII data strings. This was accomplished by inserting a user interface program between the call from HLASM to COBOL. The HLASM program calls the user interface program ASMCBLC1 that does a selective conversion between EBCDIC and ASCII. The user interface program then calls the COBOL program SIMOHEX1 using the proper encoding schema. Note  The user interface program will be removed when all the HLASM has been replaced and the entire application has been enabled to run in an ASCII or EBCDIC environment. This capability was used with a project that was modifiying an application that is currently running on a Mainframe System to run on a Windows System with Micro Focus Enterprise Developer. The COBOL program SIMOHEX1 is part of the SIMOMODS Utility Programs that are included in the SIMOTIME Enterprise License. It could be copied, compiled and executed on an IBM Mainframe System. Micro Scope V16' title='Micro Scope V16' />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. Copyright 1. 98. Simo. Time Technologies and Services. All Rights Reserved. The following is a list of the functions provided in this suite of programs. Execute an Assembler HLASM on a Windows System using Micro Focus Enterprise Developer. Describe and demonstrate how to call a COBOL Program from an Assembler program. Describe and demonstrate how to produce a HEX Dump of the memory used by the Assembler program. Describe how to process EBCDIC and ASCII data in a mixed Assembler and COBOL environment. The input for this suite of programs is the memory area occupied by the Assembler program and its associated data. The output is this memory area written to the SYSOUT device in a HEX dump format. The following shows the HEX dump information that is written to SYSOUT. ASMCBLC1 EBCASC User Interface to HEX Dump v. ASMCBLC1 Copyright 1. Jumpstart Spanish - Pc/Mac here. This handbook is a collection of programming overviews, notes, helps, cheat sheets and whatever that can help you and me program an Allen Bradley PLC. This program is a stub or starter program for creating a new COBOL program or callable subroutine. A primary feature is a call to the SIMODUMP program to do a HEX. 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. Simo. Time Technologies All Rights Reserved. SIMOHEX1 COBOL Hexadecimal Dump Routine v. SIMOHEX1 Copyright 1. Simo. Time Technologies All Rights Reserved. SIMOHEX1 ADDR is 0. C5. BD0. 2. SIMOHEX1 Starting, SIMOHEX1 ID is ASMCBLA1, Dump Buffer size is 0. Offset Hex C4. 0C1. E2 D4. C3. C2. D3 C1. F1. 40. ASMCBLA1 param A3. F0. F2. 40 0. 00. B0. A eter 0. 2 C6. D6. E4. D9 0. FOUR. AC6 0. 00. 17. C7. F. . z. x. F 5. C4. C1. E2 D4. C3. C2. D3 C1. F1. C5. ASMCBLA1 E D7 9. Program. ASMCBLC1 Thank you for using this program provided from Simo. Time Technologies. ASMCBLC1 Please send all inquires or suggestions to the helpdesksimotime. ASMCBLC1 EBCASC User Interface to HEX Dump v. ASMCBLC1 Copyright 1. Simo. Time Technologies All Rights Reserved. SIMOHEX1 ADDR is 0. D0. C0. BD0. 2. SIMOHEX1 Starting, SIMOHEX1 ID is ASMCBLA1, Dump Buffer size is 1. Offset Hex ECD0. C 0. 5C0. 50. D0 C1. BA4. 51. 0 C0. E0. A P. E. 6. 0. 00. C4. 0 C1. E2. D4. C3 C2. D3. C1. F1 4. A2. 40. ASMCBLA1 is A2. A3. 81. 99 A3. B4. C1. A2 A2. 85. Assemb k C3. D6. C2. D6 ler calling COBO . D3. 4B4. B4. B 0. A2. 34. 51. 0 C0. C4. 0 L KKK. E. C1. E2. D4. C3 C2. D3. C1. F1 4. 0C3. A2. 40. A3 ASMCBLA1 Calls t C1 E2. D4. C3. C2 D3. C3. F1. 4B 4. B4. B0. A2. 3 o ASMCBLC1 KKK. D0. C1. B2 5. 84. C5. 1A 9. 00. FC4. B6 1. B1. 14. 11. A. E. D A. X A. C0. 82. 07. 00 4. F0. C0. 8A 0. 00. CC0 0. 00. 17. F6. G. d. 0. 00. 00. F0. C0. 96 0. 00. FE8 5. FF0. 00. 0 Y. A. E X. A0 0. 5EF4. C0. C6. 00. 26 0. C4. 0 C1. E2. D4. C3. F. ASMC. E. amp 0. B0 C2. D3. C1. F1 4. D9. 85. A3 A4. 99. BLA1 Return from C0 4. F1. E2. E3 4. C3. B4. B4. B 0. A2. 35. ST Call KKK. XP. D0 C4. F6. 4E5. 0 C4. FAF3. 67 C4. 94. C4. FA 9. 6F0. C4. 9A D6 D. Dm. D. o. 0D. NP. E0 9. 00. FC4. B6 1. B1. 14. 11. 0 C0. EA0. 70. 0 4. 7F0. C0. F2. D. 02 A G. F0 0. 00. 17. CC0 0. AC0 4. 10. 00. 00. F0. C0. FE. A. E. FE8 5. 8FF0. 00. 0 0. EF4. 51. 0 C1. 2E0. Y A. X E. amp. 0. C4. 0 C1. E2. D4. C3 C2. D3. C1. F1 4. D9. 85. A3. ASMCBLA1 Ret A4. F2. D5. C4 4. 0C3. Patch Panel And Patch Cord. ND Cal B4. B4. B 0. A2. 34. C1. 6A0. 03. C4. 0 l A KKK. E. C1. E2. D4. C3 C2. D3. C1. F1 4. 08. A2. 40 8. 39. 69. ASMCBLA1 is comp A3. B4. 0C1. A2 A2. 85. Assembler. k. C3. D6. C2. D6 D3. B4. B4. B calling COBOL. KKK. 0. 00. 00. 17. A2. 35. 8D0 C1. BA9. EC D0. 0C4. 1F0 0. FE. Aq. 0. X A 0. C1. A2 0. 02. 40. C4. 0C1. E2 D4. C3. C2. D3. As. ASMCBL E C1. F1. 40. 89 A2. B4. B A1 is abending. KK. 0. 00. 00. 1A0 4. BD9. C3. 7E F0. F0. F0. F8 0. A2. 35. D0 C1. BA9. 8EC. RC0. Aq. K X 0. 00. B0 D0. C4. 1F0 0. FE 0. 00. A 0. 00. 00. C0 0. X 0. 00. 00. D0 0. E0 0. 00. 00. 00. F0 0. 00. 00. 00. D5. 0 3. 03. 03. 03. D4. 3 4. 24. C4. 13. DUMP0. 00. 0ASMCBLA1. F5. 05. 23. 1 2. 02. OPR1 0. 8 0. 00. ECD0. C 0. 5C. 0. D0 C1. BA4. 51. 0 C. E2. E7. D2. E 2. E7. B2. D 0. E0. 03. 6. B2. E2. E 7. B2. E2. E2. E 2. 02. E2. E2. E 2. E2. E2. E5. 0 A P. E2. E2. E4. 5 2. E2. E3. E2. E 3. 62. 02. E. 6 0. 00. 00. C4. C1. E. 0. 00. D4. C3 C2. D3. C1. F1 4. E2. E2. A2. 0 4. 15. D4. 3 0. A2. 40. ASMC. 0. A0 4. 24. C4. 13. E2. E5. C 4. E2. E2. E. lt BLA1 is 0. B0 2. E2. E2. E2. E 2. E4. 02. E2. E 4. C0 3. 03. 23. 02. A2. A3. 81. 99 A3. D0 3. 93. 93. 53. B4. 0C1. A2 A. 0. E0 3. 23. 83. 53. E6. 7 F0 2. C2. D6. 2 2. 02. E2. E2. E 2. E2. E2. E2. E Assemb 0. E6. B4. 02. E 2. E2. E2. E2. E 2. E2. 02. C. 0. 00. 00. 33. C6. 57. 22. 0 6. 36. C6. C. 3. D6. C2. D6 ler call. E6. 72. F4. F 2. 02. E2. E2. E 4. E2. E2. E. COBO 0. E2. E2. E2. E 4. 02. E2. E2. E 2. E2. 02. D3. 4B4. B4. B 0. A2. 0. 00. 00. 37. C0. 68. 00. 24 0. C2. E2. E2. E 2. E2.