C166/ST10 Cross-Assembler, Linker/Locator, Utilities ... - Tasking

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• • • • • • • • <strong>Assembler</strong> Directives 7−55 4. When an EXTERN NEAR or FAR is resolved by a GLOBAL NEAR or FAR symbol from a module, the locator assumes that the GLOBAL is a procedure which is called by the EXTERN. To be sure that the register bank of the caller (the EXTERN) contains all registers which can be used by the callee (the GLOBAL), all registers which exist in register banks of the module of the callee but do not exist in the register banks in the module of the caller are added to the register banks of the caller as private registers (see example A.). This combination is not done when the STRICTTASK control is set. When register definitions or declarations are combined, overlapping or mismatching COMMON register ranges result in an error message. Example A file mod1.src: RB1 REGDEF R5,R7,R10−R15 RB2 REGDEF R4,R7 ... GLOBAL PROC1 PROC1 PROC NEAR ... PROC1 ENDP ... END file mod2.src: RB REGDEF R1,R3,R10−R12 ... EXTERN PROC1:NEAR ... CALL PROC1 ... END Invocations: a166 mod1.src a166 mod2.src l166 locate mod1.obj mod2.obj to mod.out
7−56 DIRECTIVES The three resulting register banks: RB1 R5 R7 R10−R15 RB2 R4 R7 RB R1 R3 R4 R5 R7 R10−R15 Chapter 7 The bank RB now also contains all registers of RB1 and RB2 because mod1.src which contains RB1 and RB2 is called from mod2.src which contains RB. The called procedure PROC1 now can safely use all registers which are defined in its register bank. COMMON and PRIVATE register ranges COMMON and PRIVATE register−ranges may not be conflicting. If a register−range has been defined COMMON in one module, this register−range must not be declared PRIVATE in other modules, and vice versa. COMMON register−ranges with the same name must be identical in all modules of the tasks in which they are used: Example: Module A: RBANK REGDEF R0−R2 COMMON=COM1, R3−R6 COMMON=COM2, R7−R9 Module B: RBANK REGDEF R0−R2 COMMON=COM1, R7−R9 PRIVATE ; ^ same common register−range as in module A Module C: REGDEF R3−R6 COMMON=COM2, R7−R8 ; ^ same common register−range as in module A COMMON register−ranges with the same name that are used in several tasks must be equal in size. PRIVATE and COMMON register−ranges of several tasks must be organized in such a way that the same memory area can be allocated to the COMMON register−ranges with the same name without violating the PRIVATE and COMMON register banks of the tasks. Examples: Task X: RBANKX REGDEF R0−R3 COMMON=XYZ, R4−R7, R8− R9 COMMON=XZ ; ^ 4 registers ^ 2 registers
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C166/ST10 v8.7 MA019−000−00−0
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The information in this document ha
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IV CONTENTS CONTENTS Table of Conte
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VI CONTENTS Table of Contents 1.7.4
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VIII CONTENTS Table of Contents 2.7
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X CONTENTS Table of Contents ASSEMB
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XII CONTENTS Table of Contents 10.6
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XIV CONTENTS Table of Contents LINK
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XVI MANUAL STRUCTURE Manual Purpose
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XVIII MANUAL STRUCTURE RELATED PUBL
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XX MANUAL STRUCTURE Manual Purpose
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1−2 CONCEPT CHAPTER 1 Chapter 1
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1−4 CONCEPT Chapter 1 Ease of Deb
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1−6 CONCEPT Chapter 1 Classes Com
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1−8 CONCEPT In support of the pro
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1−10 CONCEPT 1.3 INTERRUPT CONCEP
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1−12 CONCEPT 1.4.2 SOFTWARE SUPPO
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1−14 CONCEPT Example: TSKPROC PRO
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1−16 CONCEPT Chapter 1 To permit
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1−18 CONCEPT 1.4.4.2 COMMON SECTI
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1−20 CONCEPT 1.5 THE FLAT INTERRU
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1−22 CONCEPT The Flat Interrupt c
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1−24 CONCEPT 1.6.1.1 ATTRIBUTES O
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1−26 CONCEPT 1.6.3 THE TERM ’CL
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1−28 CONCEPT Chapter 1 The SEGMEN
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1−30 CONCEPT Sections: Type Appro
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1−32 CONCEPT Map example III Usin
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1−34 CONCEPT 1.8 REGISTERS Chapte
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1−36 CONCEPT Chapter 1 As a resul
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1−38 CONCEPT 1.9 USE OF THE PEC (
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1−40 CONCEPT Example: Chapter 1 M
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1−42 CONCEPT or label: instructio
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1−44 CONCEPT 1.10.3 CONSTANTS Cha
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1−46 CONCEPT 1.11 SCOPES OF SYMBO
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1−48 CONCEPT Chapter 1
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2−2 MACRO PREPROCESSOR CHAPTER 2
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2−4 MACRO PREPROCESSOR Chapter 2
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2−6 MACRO PREPROCESSOR 2.4 M166 C
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2−8 MACRO PREPROCESSOR 2.4.2 DESC
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2−10 MACRO PREPROCESSOR DATE Cont
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2−16 MACRO PREPROCESSOR INCLUDE C
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2−24 MACRO PREPROCESSOR SAVE/REST
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2−26 MACRO PREPROCESSOR TITLE Con
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2−30 MACRO PREPROCESSOR Example:
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2−34 MACRO PREPROCESSOR 2.5.2 CRE
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3−2 ASSEMBLER CHAPTER 3 Chapter 3
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3−4 ASSEMBLER Chapter 3 −f with
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3−6 ASSEMBLER Examples: PC: set T
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4−2 LANGUAGE CHAPTER 4 Chapter 4
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4−4 LANGUAGE 4.2 SECTIONS Chapter
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4−6 LANGUAGE Example: The followi
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4−8 LANGUAGE Software Mnemonic AD
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4−10 LANGUAGE 4.5 EXTENDED INSTRU
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4−12 LANGUAGE Chapter 4 The whole
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4−14 LANGUAGE 4.5.5 PAGE EXTEND A
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5−2 OPERANDS & EXPRESSIONS CHAPTE
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5−4 OPERANDS & EXPRESSIONS 5.1.1
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5−6 OPERANDS & EXPRESSIONS Exampl
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5−8 OPERANDS & EXPRESSIONS 5.1.2.
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5−32 OPERANDS & EXPRESSIONS 5.4 S
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6−2 CONTROLS CHAPTER 6 Chapter 6
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6−4 CONTROLS 6.2 OVERVIEW A166 CO
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6−6 CONTROLS Control SEGMENTED NO
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6−8 CONTROLS Control CHECKPECCP N
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6−10 CONTROLS ASMLINEINFO Control
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6−12 CONTROLS CASE Control: From
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6−14 CONTROLS CHECKC166SV1DIV Con
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6−24 CONTROLS CHECKCPU16 Control:
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6−48 CONTROLS Example: a166 x.src
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6−50 CONTROLS GSO Control: From t
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6−52 CONTROLS INCLUDE Control: IN
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6−54 CONTROLS LIST Control: Chapt
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6−56 CONTROLS LOCALS Control: Fro
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6−58 CONTROLS MOD166 Control: MOD
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6−66 CONTROLS Chapter 6 Examples:
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6−68 CONTROLS RETCHECK Control: F
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7−2 DIRECTIVES CHAPTER 7 Chapter
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9−72 LINKER/LOCATOR LOCALS Contro
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9−86 LINKER/LOCATOR The resulting
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9−118 LINKER/LOCATOR Chapter 9
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10−2 UTILITIES CHAPTER 10 Chapter
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10−42 UTILITIES 10.6.11 EXAMPLE M
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10−66 UTILITIES −nt No output o
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A−2 A.OUT APPENDIX A Appendix A
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A−4 A.OUT Identifier Strings Exte
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A−6 A.OUT Appendix A os_foff A lo
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A−8 A.OUT Appendix A on_u A union
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A−10 A.OUT Extension Header The e
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A−12 A.OUT 2 FORMAT OF A.OUT FILE
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A−14 A.OUT struct outsect { long
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A−16 A.OUT struct outname { union
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A−18 A.OUT Appendix A /* * Alloca
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A−20 A.OUT union eseg { struct ex
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A−22 A.OUT Appendix A
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B−2 M166 OUTPUT APPENDIX B Append
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B−4 M166 OUTPUT The macro @RDF ha
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B−6 M166 OUTPUT Example: Appendix
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C−2 ASSEMBLER OUTPUT APPENDIX C A
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C−4 ASSEMBLER OUTPUT 1.2 SOURCE L
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C−6 ASSEMBLER OUTPUT results in t
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C−8 ASSEMBLER OUTPUT Algn The sec
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C−10 ASSEMBLER OUTPUT Symbols: Na
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C−12 ASSEMBLER OUTPUT 1.6 REGISTE
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C−14 ASSEMBLER OUTPUT Appendix C
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D−4 LINKER/LOCATOR OUTPUT The sec
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D−6 LINKER/LOCATOR OUTPUT Algn Th
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E−2 GSO166 ERRORS APPENDIX E Appe
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E−6 GSO166 ERRORS Appendix E W 03
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K−2 LIMITS APPENDIX K Appendix K
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K−4 LIMITS Appendix K
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L−2 INTEL HEX APPENDIX L Appendix
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L−4 INTEL HEX Byte Type Record ty
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L−6 INTEL HEX Data Record The Dat
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L−8 INTEL HEX Appendix L
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M−2 MOTOROLA S APPENDIX M Appendi
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M−4 MOTOROLA S Appendix M S1 −
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M−6 MOTOROLA S S3 − record With
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Index−2 INDEX INDEX Index
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Index−4 INDEX header/noheader, 6
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Index−6 INDEX checkc166sv1extseq,
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Index−8 INDEX dword alignment, 7
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Index−20 INDEX Index
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C166/ST10 Cross-Assembler, Linker/Locator, Utilities ... - Tasking

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