HLASM Language Reference

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Bibliography SMP/E Reference, SC28-1806 SMP/E User's Guide, SC28-1740 Related Publications for VM | z/VM: | z/VM CMS Application Development Guide, | SC24-6002 | z/VM CMS Application Development Guide for | Assembler, SC24-6003 | z/VM CMS User's Guide, SC24-5968 | z/VM CMS Command Reference, SC24-5969 | z/VM CMS File Pool Planning, Administration, and | Operation, SC24-6058 | z/VM System Messages and Codes - CMS, | GC24-6031 | z/VM XEDIT User's Guide, SC24-5972 | z/VM XEDIT Command and Macro Reference, | SC24-5973 | z/VM CP Command and Utility Reference, | SC24-5967 | z/VM Planning and Administration, SC24-5995 | z/VM Service Guide, GC24-5946 | z/VM VMSES/E Introduction and Reference, | GC24-5994 Related Publications for VSE VSE/ESA Administration, SC33-6705 VSE/ESA Guide to System Functions, SC33-6711 VSE/ESA Installation, SC33-6704 VSE/ESA Planning, SC33-6703 VSE/ESA System Control Statements, SC33-6713 VSE/ESA Messages and Codes, Vols.1 - 3, SC33-6796, SC33-6798, SC33-6799 428 HLASM V1R5 Language Reference
Index Index Special Characters ' See pairing rules See quotation marks / as division operator 358 . concatenation operator for strings 383 in qualified symbols 66 See asterisks () *PROCESS statement 102 initiating the first control section 54 restricted options 102 & See ampersands (&) See pairing rules See variable symbols &SYS as start of system variable names 262 &SYSADATA_DSN system variable symbol 263 &SYSADATA_MEMBER system variable symbol 264 &SYSADATA_VOLUME system variable symbol 265 &SYSASM system variable symbol 265 &SYSCLOCK system variable symbol 266 &SYSDATC system variable symbol 266 &SYSDATE system variable symbol 267 &SYSECT system variable symbol 267 CSECT 268 DSECT 268 RSECT 268 &SYSIN_DSN system variable symbol 269 &SYSIN_MEMBER system variable symbol 270 &SYSIN_VOLUME system variable symbol 271 &SYSJOB system variable symbol 272 &SYSLIB_DSN system variable symbol 272 &SYSLIB_MEMBER system variable symbol 273 &SYSLIB_VOLUME system variable symbol 273 &SYSLIN_DSN system variable symbol 274 &SYSLIN_MEMBER system variable symbol 275 &SYSLIN_VOLUME system variable symbol 275 &SYSLIST system variable symbol 276 &SYSLOC system variable symbol 278 LOCTR 278 &SYSM_HSEV system variable symbol 279 &SYSM_SEV system variable symbol 280 &SYSMAC system variable symbol 279 &SYSNDX system variable symbol controlling its value using MHELP 398 definition 281 &SYSNEST system variable symbol 283 &SYSOPT_DBCS system variable symbol 284 &SYSOPT_OPTABLE system variable symbol 285 &SYSOPT_RENT system variable symbol 285 &SYSOPT_XOBJECT system variable symbol 285 &SYSPARM system variable symbol 286 &SYSPRINT_DSN system variable symbol 286 &SYSPRINT_MEMBER system variable symbol 288 &SYSPRINT_VOLUME system variable symbol 288 &SYSPUNCH_DSN system variable symbol 289 &SYSPUNCH_MEMBER system variable symbol 290 &SYSPUNCH_VOLUME system variable symbol 290 &SYSSEQF system variable symbol 291 &SYSSTEP system variable symbol 292 &SYSSTMT system variable symbol 292 &SYSSTYP system variable symbol 292 CSECT 293 DSECT 293 RSECT 293 &SYSTEM_ID system variable symbol 293 &SYSTERM_DSN system variable symbol 294 &SYSTERM_MEMBER system variable symbol 295 &SYSTERM_VOLUME system variable symbol 295 &SYSTIME system variable symbol 296 &SYSVER system variable symbol 296 − as negative unary operator 358 as subtraction operator 358 + as addition operator 358 as positive unary operator 358 = defining a literal constant 171 Numerics 24 AMODE instruction 111 RMODE instruction 211 31 AMODE instruction 111 RMODE instruction 211 64 AMODE instruction 111 RMODE instruction 211 64-bit addressing mode 101 A A-type address constant 153 A2B (SETC built-in function) 374 © Copyright IBM Corp. 1982, 2004 429
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High Level Assembler for MVS & VM &
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Note! Before using this information
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Contents Source Module . . . . . .
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Contents Ordinary USING Instruction
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Contents Sublists in Operands . . .
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About this Manual This manual descr
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IBM High Level Assembler for MVS &
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| The Internet. You can access IBM
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▌C▐ The item referred to by ▌
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Miscellany The ASCII translation t
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Part 1. Assembler Language—Struct
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Language Compatibility Language Com
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Assembler Program Assembler Program
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Relationship of Assembler to Operat
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Coding Made Easier Linkage between
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Character Set Compatibility with Ea
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Assembler Language Coding Conventio
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Assembler Language Structure Condit
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Assembler Language Structure Machin
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Assembler Language Structure Condit
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Terms, Literals, and Expressions Te
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Terms, Literals, and Expressions -
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Terms, Literals, and Expressions As
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Terms, Literals, and Expressions Se
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Terms, Literals, and Expressions Fo
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Terms, Literals, and Expressions I
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Terms, Literals, and Expressions Th
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Terms, Literals, and Expressions 1.
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Terms, Literals, and Expressions
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Terms, Literals, and Expressions
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Terms, Literals, and Expressions Th
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| Chapter 3. Program Structures and
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Source Module A source module is co
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The CSECT instruction can be used a
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| in linker control statements for
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This is not only convenient, but it
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| SECT_A CSECT , Define section SEC
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| For executable sections, the loca
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Addressing | The System/390® and z
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Addressing | Parts must always be r
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Addressing Literal Pools ALPHA LR 3
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Addressing If the symbol is the nam
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Addressing External Symbol Dictiona
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Addressing 74 HLASM V1R5 Language R
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Part 2. Machine and Assembler Instr
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General Instructions Chapter 4. Mac
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Input/Output Operations For further
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Branching with Extended Mnemonic Co
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Symbolic Operation Codes variations
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Operand Entries Registers You can s
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Operand Entries “Program Structur
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Operand Entries Format │ Coded or
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Examples of Coded Machine Instructi
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Chapter 5. Assembler Instruction St
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*PROCESS Statement *PROCESS Stateme
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ACONTROL Instruction ►►──
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ACONTROL Instruction FLAG(PAGE0) in
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AINSERT Instruction character_strin
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AMODE Instruction alias_string is t
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CATTR Instruction Figure 25. AMODE/
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CATTR Instruction | statements for
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CCW1 Instruction data_count is an a
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CEJECT Instruction If symbol is an
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CNOP Instruction Figure 29 (Page 2
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COPY Instruction In the following e
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CSECT Instruction symbol in the nam
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DC Instruction ROUTINE B GAMMA DXD
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DC Instruction duplication_factor c
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DC Instruction Figure 33 (Page 2 of
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DC Instruction With EBCDIC spaces
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DC Instruction Further information
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DC Instruction | Symbols used in su
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DC Instruction The length attribute
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DC Instruction Notes: 1. Don't conf
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DC Instruction—Character Constant
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DC Instruction—Character Constant
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DC Instruction—Graphic Constant r
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DC Instruction—Fixed-Point Consta
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DC Instruction—Fixed-Point Consta
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DC Instruction—Decimal Constants
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DC Instruction—Address Constants
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DC Instruction—Address Constants
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DC Instruction—Offset Constant re
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DC Instruction—Length Constant Le
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DC Instruction—Hexadecimal Floati
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DC Instruction—Binary Floating-Po
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DC Instruction—Binary Floating-Po
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DROP Instruction DROP Instruction T
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DS Instruction USING DSECTA,14 ALBL
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DS Instruction The size of a storag
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DSECT Instruction DSECT Instruction
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DXD Instruction ASEMBLY2 CSECT USIN
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END Instruction change but no addit
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EQU Instruction EQU Instruction The
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EQU Instruction 5. The length attri
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EXITCTL Instruction sequence_symbol
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ISEQ Instruction must be greater th
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LOCTR Instruction A CSECT , See not
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LTORG Instruction If symbol is an o
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MNOTE Instruction When two literals
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OPSYN Instruction ,ERROR, SEV 1 An
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ORG Instruction AFTER is defined in
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ORG Instruction If you specify mult
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POP Instruction POP Instruction The
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PRINT Instruction Note: If the next
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Process Statement Process Statement
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REPRO Instruction NOPRINT instructs
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RSECT Instruction 4. AMODE or RMODE
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START Instruction START Instruction
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TITLE Instruction The name value is
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USING Instruction Only the characte
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USING Instruction Base Registers fo
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USING Instruction If register 0 is
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USING Instruction A variable symbo
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USING Instruction In this MVC instr
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USING Instruction Range of a Depend
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XATTR Instruction external_symbol i
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XATTR Instruction SCOPE ►►─
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XATTR Instruction 234 HLASM V1R5 La
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Part 3. Macro Language &SYSDATC Sys
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Introduction to Macro Language Chap
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Introduction to Macro Language The
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Introduction to Macro Language Macr
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MACRO and MEND Statements The assem
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Prototype Statement Macros that are
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Model Statements generated from tha
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Model Statements ▌5▐ ▌6▐
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Model Statements Notes: 1. You can
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Positional Parameters Symbolic para
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Processing Statements Processing St
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AREAD Instruction Assign Local Time
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COPY Instruction sequence_symbol is
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System Variable Symbols System Vari
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&SYSADATA_MEMBER System Variable Sy
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&SYSCLOCK System Variable Symbol &S
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&SYSECT System Variable Symbol depe
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&SYSIN_MEMBER System Variable Symbo
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&SYSJOB System Variable Symbol &SYS
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&SYSLIN_DSN System Variable Symbol
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&SYSLIST System Variable Symbol The
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&SYSLOC System Variable Symbol To
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&SYSM_SEV System Variable Symbol &S
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&SYSNDX System Variable Symbol The
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&SYSOPT_DBCS System Variable Symbol
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&SYSPARM System Variable Symbol Not
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&SYSPRINT_MEMBER System Variable Sy
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&SYSPUNCH_MEMBER System Variable Sy
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&SYSSTEP System Variable Symbol Not
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&SYSTERM_DSN System Variable Symbol
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&SYSTIME System Variable Symbol Not
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Macro Instruction Format sequence_s
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Macro Instruction Format Operand En
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Macro Instruction Format When you n
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Sublists in Operands the order in w
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Sublists in Operands &SYSLIST( n,m)
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Values in Operands Notes: 1. Spaces
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Values in Operands Parentheses In m
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Inner and Outer Macro Instructions
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Levels of Macro Call Nesting When t
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Levels of Macro Call Nesting System
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How to Write Conditional Assembly I
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SET Symbols SET Symbol Specificatio
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SET Symbols Figure 86 (Page 3 of 3)
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Data Attributes this example indica
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Data Attributes variable_symbol is
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Data Attributes The value of an att
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Data Attributes The following attri
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Data Attributes Assembler gives a t
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Data Attributes The scale attribute
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Data Attributes Number Attribute (N
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Data Attributes The operation code
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Lookahead MACRO &NAME MOVE &TO,&FRO
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Open Code Sequence Symbols The cond
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GBLA, GBLB, and GBLC Instructions G
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LCLA, LCLB, and LCLC Instructions s
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SETA Instruction expression is an a
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SETA Instruction | The logical-exp
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SETA Instruction | Figure 99 (Page
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SETA Instruction | The result of C2
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SETA Instruction NOT Format: Logica
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SETA Instruction | X2A Name Operati
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SETA Instruction In evaluating the
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SETB Instruction Any expression tha
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SETB Instruction ┌─────
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SETB Instruction | ISDEC | Format:
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SETB Instruction The two comparands
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SETC Instruction Notes: 1. The asse
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Figure 103. Substring Notation in C
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Loc Object Code Addr1 Addr2 Stmt So
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| B2C('111111') has value '3' | B2C
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Page 400 and 401: SIGNED Format: Logical-expression,
Page 402 and 403: | X2D('') has value '+' | X2D('91')
Page 404 and 405: Concatenation of strings containing
Page 406 and 407: MACRO &NAME MOVE &TO,&FROM LCLC &PR
Page 408 and 409: SETAF Instruction Alternative State
Page 410 and 411: Branching Branching You can control
Page 412 and 413: AGO Instruction The extended AIF in
Page 414 and 415: ACTR Instruction AGOB—Synonym of
Page 416 and 417: ANOP Instruction statement processe
Page 418 and 419: MHELP Instruction MHELP B'10000000'
Page 420 and 421: 400 HLASM V1R5 Language Reference
Page 422 and 423: Assembler Instructions and Statemen
Page 428 and 429: Summary of Constants Figure 113. Su
Page 430 and 431: Macro and Conditional Assembly Lang
Page 442 and 443: Standard Character Set Code Table H
Page 444 and 445: Standard Character Set Code Table H
Page 446 and 447: Trademarks AIX BookMaster CICS DFSM
Page 450 and 451: Index A2C (SETC built-in function)
Page 452 and 453: Index B B-type binary constant 141
Page 454 and 455: Index conditional assembly instruct
Page 456 and 457: Index elements of conditional assem
Page 458 and 459: Index instructions (continued) asse
Page 460 and 461: Index machine instruction statement
Page 462 and 463: Index operands (continued) compatib
Page 464 and 465: Index relative addressing 67 reloca
Page 466 and 467: Index sublists compatibility with A
Page 468: Index variable symbols (continued)
Page 471 and 472: Readers' Comments High Level Assemb
Page 474: IBM® Program Number: 5696-234 Prin
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