Meta-Assembler (MASM) Programming Reference Manual

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MASM Usage 2-12 72. DOLAB 29X 73. 74. F 5L 34F 75. 76. FLAB 6L 77. 78. I 25L 79. 80. IFLAB 18L 81. 82. IF0LAB 14S 83. 84. INLAB 27X 85. 86. LAB2 3L 25 87. 88. P 9L 33P 89. 90. PLAB 10S 33L 91. 92. REPLAB 23S 25L 93. 94. START 20D 21L 30L 95. 96. XREF 2U 97. 98. REGISTER USAGE - UNISYS 1100 SERIES (USER REGISTERS) 99. I = IMPLICIT REGISTER USAGE VIA EQUF 100. X1 3 25I 101. 102. A0 2 25 102. ASSEMBLY CONTAINS ERRORS: - FLAGS: DU 103. END MASM - LINES: 188 TIME: 1.561 STORAGE: 28950 ERRORS: D(3) /U(1) 7830 8269-001
7830 8269-001 Explanation The following table clarifies the listing example: Line Crossreference Explanation 70 AXR$ Procedure call at line 1 of the assembly. 74 F Level 1 label definition at line 5; function call at line 34. 82 IF0LAB Label found inside unassembled conditional code. MASM Usage 86 LAB2 Level 1 label definition at line 3; reference at line 25 within $REPEAT. 90 PLAB Label found in sample code at line 10; level 1 label definition at line 33 within procedure P. 94 START Value reference at line 20 that caused a D flag; level 1 label definition at lines 21 and 30. 96 XREF Undefined reference at line 2. 100 X1 Register X1 used at line 3 and implicitly used through $EQUF LAB2 at line 25. Line 25 (the end of the $REPEAT loop) is the line where words from the $REPEAT loop are generated. 102 A0 Register A0 referenced at lines 2 and 25. 2-13
Page 1 and 2: OS 1100 Meta-Assembler (MASM) Progr
Page 3 and 4: Contents About This Manual . . . .
Page 5 and 6: Section 6. Assembly-Time Controls C
Page 7 and 8: Contents 10.4.5. $IMPORT Directive
Page 9: Contents C.9. Global Relational Ope
Page 13: Tables 1-1. MASM Directives . . . .
Page 16 and 17: About This Manual Prerequisites xvi
Page 18 and 19: About This Manual xviii Section 13.
Page 20 and 21: About This Manual Notation Conventi
Page 22 and 23: Introduction 1.1. Two-Pass Assemble
Page 24 and 25: Introduction 1.4. Summary of MASM D
Page 26 and 27: Introduction 1-6 Table 1-1. MASM Di
Page 28 and 29: Introduction 1-8 Table 1-2. MASM Fu
Page 31 and 32: Section 2 MASM Usage 7830 8269-001
Page 33 and 34: 7830 8269-001 Table 2-1. MASM Optio
Page 35 and 36: 2.1.2. Reusability 7830 8269-001 MA
Page 37 and 38: 2.2.2. Preamble Output 7830 8269-00
Page 39 and 40: Line 7 Line 8 Line 11 Line 13 Line
Page 41: 7830 8269-001 MASM Usage Note: The
Page 45 and 46: 7830 8269-001 Example 2 . A COMMENT
Page 47 and 48: 7830 8269-001 4. MASM symbols MASM
Page 49 and 50: 7830 8269-001 MASM Usage In the obj
Page 51 and 52: 7830 8269-001 MASM Usage It is not
Page 53 and 54: 2.3.4. Line Continuation 7830 8269-
Page 55 and 56: 2.4.1. Procedure Library Search Cha
Page 57 and 58: 2.5. Procedure Library Search Table
Page 59 and 60: Section 3 Listing Control 7830 8269
Page 61 and 62: 3.4. Page Ejection 7830 8269-001 Li
Page 63 and 64: 3.8. $HDG — Specify Print Heading
Page 65: 3.9. Listing Control Example 7830 8
Page 68 and 69: Values and Expressions 4.2. Values
Page 70 and 71: Values and Expressions 4.2.1.2. Rel
Page 72 and 73: Values and Expressions 4-6 Example
Page 78 and 79: Values and Expressions 4-12 The tra
Page 84 and 85: Values and Expressions 4.2.4. Nodes
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Values and Expressions 4-26 Line 14
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Values and Expressions 4-28 Example
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Values and Expressions 4-30 Example
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Values and Expressions 4-32 Line 9
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Values and Expressions 4-34 The rel
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Values and Expressions 4-36 These o
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Values and Expressions 4-38 Table 4
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Values and Expressions 4.4. Data Ty
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Values and Expressions 4-42 Table 4
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Data Generation 5.1. Signed Charact
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Data Generation 5.3. $GEN — Data
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Data Generation 5-6 Example 2 1. FA
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Data Generation 5.5.4. $ILCN — In
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Data Generation 5.6. $LIT — Liter
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Data Generation 5-12 Line 7 Line 8
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Section 6 Assembly-Time Controls 78
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7830 8269-001 Example 1 $IF A . . a
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7830 8269-001 Example 3 1. $IF A>0
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6.2.3. $REPEAT — Repeat a Stateme
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6.3. $NIL — No Action 7830 8269-0
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6.7. Procedures and Functions 7830
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6.7.1.2. $END — End of a Subassem
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7830 8269-001 Assembly-Time Control
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7830 8269-001 Assembly-Time Control
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7830 8269-001 This function can the
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6.7.8. Types of Procedures 7830 826
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7830 8269-001 Figure 6-1. Two-Pass
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7830 8269-001 Figure 6-2. One-Pass
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7830 8269-001 Figure 6-3. Words-Giv
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6.7.9.1. $FP — Final Pass 7830 82
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6.8. Microstrings 7830 8269-001 Ass
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6.9. Levelers 7830 8269-001 Assembl
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7830 8269-001 Then the procedure P
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Section 7 Dictionary Control 7830 8
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7.2. $DELETE — Delete a Definitio
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7.4. $IC(e) — Identifier Class 78
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7.6. $LEV — Principal Dictionary
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Line 5 Line 6 Line 14 7830 8269-001
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Line 12 Line 6 Line 7 Line 8 Line 9
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Section 8 Processor Information Fun
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7830 8269-001 Processor Information
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Section 9 MASM Output 7830 8269-001
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9.3.2. Common Block (Group 2) 7830
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7830 8269-001 MASM Output identifie
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9.3.12. Library Search File (Group
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Object Modules 10.1. $OBJ — Selec
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Object Modules 10.3.1.1. Bank Type
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Object Modules 10.3.1.4. Locality A
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Object Modules 10-8 Equivalent to a
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Object Modules 10.3.1.9. Merge Orde
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Object Modules 10.3.1.13. Additiona
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Object Modules 10-14 Attribute Fiel
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Object Modules 10-16 A $(0) occurs
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Object Modules 10.4.1.2. Strength A
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Object Modules 10.4.1.4. Storage At
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Object Modules 10.4.3. Library Sear
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Object Modules 10.5. Definitions 10
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Object Modules 10.5.1.4. Address Ty
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Object Modules 10.5.3. Default Valu
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Object Modules 10.6.2. Extended Mod
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Object Modules 10.6.4. Standard Pro
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Object Modules 10.6.4.4. Extended M
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Object Modules 10.8. Library Defini
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Object Modules 10-38 The available
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Object Modules 10.9.2. Collector-De
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Symbolic Output 11.2. $OUTPUT — O
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Symbolic Output 11-4 Line 4 Line 5
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Saving Definitions 12-2 In this cas
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Saving Definitions 12-4 Example 1 $
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Error and Warning Diagnostics 13-2
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OS 1100 Features A-2 f j a Mnemonic
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OS 1100 Features A-4 Note: MASM doe
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OS 1100 Features A.2.4.2. $EXTEND D
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OS 1100 Features A.2.5. $EXTEND Mod
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OS 1100 Features A.2.7. $BASE Direc
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OS 1100 Features A-12 Example 2 The
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OS 1100 Features A-14 Example 1 The
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OS 1100 Features A-16 Line 8 Line 9
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OS 1100 Features A-18 For the $EXTE
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OS 1100 Features A.2.13. $PROC Dire
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OS 1100 Features A.2.15. $MACH Dire
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OS 1100 Features A-24 Example 4 $MA
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Object Module Evolution B.1. OM$DEF
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Object Module Evolution B-4 OMDEF$
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Object Module Evolution B-6 Standar
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Object Module Evolution B-8 Dropped
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Object Module Evolution B.3. MASM 5
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Object Module Evolution B.4. MASM 6
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Incompatibilities with ASM C.4. INF
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Incompatibilities with ASM C.13.Pro
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Restrictions, Operational Considera
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Glossary base register One of sixte
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Glossary M MAP MASM MSU O Glossary-
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Glossary X X register See index reg
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Index Symbols $(e) function, 5-6 $A
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$FP function description of, 6-20 u
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$RES directive, 5-6 $SL function, 4
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B of reference, 10-13 OM$DEF in UCS
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C character conversion functions, 4
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conversion issues (See compatibilit
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$CROSSREF, 3-3 $DEF, 12-1, 12-2 $DE
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with integer values, 4-2 eject page
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form bank attributes, 10-11, 10-12
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global relational operators, C-3 gr
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field, 2-11, 2-14 integer item, 4-2
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number function, 5-7 odd, 10-12 pro
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mode basic (See basic mode) mode ex
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operation mnemonics dictionary leve
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precedence of operators (See operat
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elational operator description of,
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semicolon, as continuation characte
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interaction, A-17 with $ILCN, subfi
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Universal Compiling System (UCS), B
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Meta-Assembler (MASM) Programming Reference Manual

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