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

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• • • • • • • • Linker/Locator 9−89 symbol_class_base : the base address of the class where the section of the symbol belongs to. The class is one of the overlay classes and the address is set by the CLASSES control for this class. overlay_base : the base address of the overlay area. This address is set by the OVERLAY control. The locator does not accept more than one OVERLAY control. Example: In this example some hardware is used to switch between three memory banks, BANK1, BANK2 and BANK3. The hardware is steered by a software routine: the bankswitch function. Each bank is one EPROM or a set of EPROMs. The EPROM programmer takes care of extracting memory banks from the hex file and burning each bank in a separate EPROM. This is possible because each bank has its own address range. Figure 9−1 shows the memory map. BANK3 BANK2 BANK1 OVERLAY AREA Figure 9−1: Memory map lab_in_bank3 060000h lab_in_bank2 050000h lab_in_bank1 040000h 010000h 000000h Each bank is a set of sections all having the same class. In this case the classes are named ’BANK1’, ’BANK2’ and ’BANK3’. The application is located with the following locator invocation file: MEMSIZE( SEGMENT 7 ) OVERLAY( BANK1, BANK2, BANK3 ( SEGMENT 1 TO SEGMENT 2 − 1 ) )
9−90 LINKER/LOCATOR RESERVE MEMORY( SEGMENT 1 TO SEGMENT 2 − 1 ) CLASSES ( BANK1 ( SEGMENT 4 TO SEGMENT 5 − 1 ) BANK2 ( SEGMENT 5 TO SEGMENT 6 − 1 ) BANK3 ( SEGMENT 6 TO SEGMENT 7 − 1 ) ) Chapter 9 The overlay area is segment 1 (040000h to 04FFFFh). In this example the area is reserved to prevent other sections to be located there, but it is also possible to locate one of the banks in that area. The MEMSIZE control is used to be able to locate the banks (classes) outside the physical memory range of the C166/ST10. The labels lab_in_bank1, lab_in_bank2 and lab_in_bank3 are labels defined in sections belonging to the banks BANK1, BANK2 and BANK3 respectively. Let’s assume that they are located at the addresses 040100h, 05012Ah and 0603F0h respectively. When the following code is used in a procedure, no matter if it belongs to a bank or not, the result uses the translated addresses of the labels: Source Result . . MOV R4, #SEG lab_in_bank1 MOV R4, # 1h MOV R5, #SOF lab_in_bank1 MOV R5, # 100h call to bankswitch function . . MOV R4, #SEG lab_in_bank2 MOV R4, # 1h MOV R5, #SOF lab_in_bank2 MOV R5, # 12Ah call to bankswitch function . . MOV R4, #SEG lab_in_bank3 MOV R4, # 1h MOV R5, #SOF lab_in_bank3 MOV R5, # 3F0h call to bankswitch function . . As you can see all labels are now addressed in segment 1, which is the overlay area. The call to bankswitch function actually switches the memory bank, so the address in registers R4/R5 points to the correct code.
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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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2−16 MACRO PREPROCESSOR INCLUDE C
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2−28 MACRO PREPROCESSOR 2.5 CREAT
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2−30 MACRO PREPROCESSOR Example:
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2−32 MACRO PREPROCESSOR Example 4
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2−34 MACRO PREPROCESSOR 2.5.2 CRE
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2−36 MACRO PREPROCESSOR 2.5.3 LOC
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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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5−2 OPERANDS & EXPRESSIONS CHAPTE
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5−4 OPERANDS & EXPRESSIONS 5.1.1
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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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6−68 CONTROLS RETCHECK Control: F
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7−2 DIRECTIVES CHAPTER 7 Chapter
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7−4 DIRECTIVES Directive Descript
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7−6 DIRECTIVES ?FILE Synopsis: ?F
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7−18 DIRECTIVES Chapter 7 DW Init
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7−26 DIRECTIVES − Bit−address
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7−28 DIRECTIVES Chapter 7 init DS
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7−30 DIRECTIVES END Synopsis: END
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7−32 DIRECTIVES EVEN Synopsis: EV
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7−34 DIRECTIVES Example: Module A
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7−36 DIRECTIVES GLOBAL Synopsis:
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9−2 LINKER/LOCATOR CHAPTER 9 Chap
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9−4 LINKER/LOCATOR 9.2.1 LINKER/L
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10−2 UTILITIES CHAPTER 10 Chapter
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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−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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B−8 M166 OUTPUT Appendix B
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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−2 LINKER/LOCATOR OUTPUT APPENDI
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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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D−12 LINKER/LOCATOR OUTPUT Append
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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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E−8 GSO166 ERRORS Appendix E
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F−2 M166 ERRORS APPENDIX F Append
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F−10 M166 ERRORS F 306: read erro
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G−2 A166 ERRORS APPENDIX G Append
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G−6 A166 ERRORS W 137: no procedu
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G−34 A166 ERRORS Appendix G
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J−2 MK166 ERRORS APPENDIX J Appen
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K−2 LIMITS APPENDIX K 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−14 INDEX multiple definitio
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Index−16 INDEX pagelength a166 co
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Index−18 INDEX stricttask a166 co
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Index−20 INDEX Index
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C166/ST10 Cross-Assembler, Linker/Locator, Utilities ... - Tasking

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