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

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• • • • • • • • Linker/Locator 9−105 RENAMESYMBOLS Control: From the Project menu, select Project Options... Expand the Linker/Locator entry and select Miscellaneous. Add the control to the Additional locator controls in control file (.ilo) field. RENAMESYMBOLS(rename−control,...) Abbreviation: RS Class: Link/Locate module scope Default: All symbols/groups keep the name they already have. Description: RENAMESYMBOLS allows you to change the names of already defined symbols and groups. At link stage the following rename−controls are allowed: EXTERNS( {extrn−symbol TO extrn−symbol}, ... ) EX PUBLICS( {public−symbol TO public−symbol}, ... ) PB GROUPS( {groupname TO groupname}, ... ) GR At link stage the following rename−controls are allowed: EXTERNS( {extrn−symbol TO extrn−symbol}, ... ) EX GLOBALS( {global−symbol TO global−symbol}, ... ) GL INTNRS( {intnr−symbol TO intnr−symbol}, ... ) IN EXTERNS allows you to change existing external symbol names. extrn−symbol is any valid name for an external symbol. Abbreviation Abbreviation
9−106 LINKER/LOCATOR Chapter 9 PUBLICS allows you to change the names of public symbols. public−symbol is any valid name for a public symbol. The first public−symbol must be an existing public in one of the modules in the input list. GLOBALS allows you to change the names of existing global symbols. global−symbol is any valid name for a global symbol. GROUPS allows you to change the groupname assigned by the assembler or C−compiler. The first groupname must be an existent group in one of the modules in the input list. INTNRS allows you to change interrupt names which were defined in assembler source modules. intnr−symbol is any valid name for an interrupt symbol. Using the module scope switch in the RENAMESYMBOLS control is allowed at the following syntactical locations: RENAMESYMBOLS( {module−name rename−control },... ) In the rename−control: type( {{module−name name TO name }},... ) When the module scope is set to GENERAL the locator searches for name in all input modules and the control is applied to all matches. You can use the RENAMESYMBOLS control to override predefined symbol. Specify the predefined symbol as the destination name. The locator notices that this predefined symbol already has a value and will not overwrite it but issues warning 517: ’using existing definition of symbol’. This can be used to override DPP assignments, specify a different user stack, etc. Predefined symbols cannot be renamed, because they do not exist at the time the invocation is parsed by the locator. To rename predefined symbol, use EQU in the assembly source to equate the predefined symbol to another symbol. There is a limitation of 100 to the total number of RENAMESYMBOLS.
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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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2−14 MACRO PREPROCESSOR ERRORPRIN
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2−16 MACRO PREPROCESSOR INCLUDE C
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2−18 MACRO PREPROCESSOR LINE Cont
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2−20 MACRO PREPROCESSOR PAGELENGT
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2−22 MACRO PREPROCESSOR PAGING Co
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2−24 MACRO PREPROCESSOR SAVE/REST
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2−26 MACRO PREPROCESSOR TITLE Con
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2−28 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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2−38 MACRO PREPROCESSOR 2.6 THE M
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2−40 MACRO PREPROCESSOR 2.6.2 SET
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2−42 MACRO PREPROCESSOR 2.6.4.1 I
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2−46 MACRO PREPROCESSOR 2.6.4.4 B
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2−58 MACRO PREPROCESSOR 2.6.10 OV
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2−60 MACRO PREPROCESSOR 9) The MA
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2−62 MACRO PREPROCESSOR 2.7.1.1 D
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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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6−16 CONTROLS CHECKC166SV1DPRAM C
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6−24 CONTROLS CHECKCPU16 Control:
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6−28 CONTROLS CHECKCPUJMPRACACHE
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6−30 CONTROLS CHECKCPURETPEXT Con
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6−32 CONTROLS CHECKPECC Control:
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6−34 CONTROLS Chapter 6 Example:
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6−36 CONTROLS CHECKMULDIV Control
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6−46 CONTROLS EXTPEC16 Control: F
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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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6−60 CONTROLS OBJECT Control: Fro
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6−62 CONTROLS PAGELENGTH Control:
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6−64 CONTROLS PAGING Control: Cha
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6−66 CONTROLS Chapter 6 Examples:
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6−68 CONTROLS RETCHECK Control: F
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6−70 CONTROLS SAVE / RESTORE Cont
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6−72 CONTROLS STDNAMES Control: F
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6−74 CONTROLS STRICTTASK Control:
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6−76 CONTROLS SYMBOLS Control: Ch
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6−78 CONTROLS TITLE Control: Chap
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6−84 CONTROLS Chapter 6
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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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7−8 DIRECTIVES ASSUME Synopsis: A
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7−10 DIRECTIVES Chapter 7 This ke
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7−12 DIRECTIVES Chapter 7 Example
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7−14 DIRECTIVES BLOCK Synopsis: n
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7−16 DIRECTIVES Chapter 7 A GROUP
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7−18 DIRECTIVES Chapter 7 DW Init
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7−20 DIRECTIVES DW CSEC1 ; Store
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7−22 DIRECTIVES Chapter 7 DBFILL/
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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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7−38 DIRECTIVES LABEL Synopsis:
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7−40 DIRECTIVES LIT Synopsis: lit
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7−42 DIRECTIVES ORG Synopsis: ORG
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7−44 DIRECTIVES PECDEF Synopsis:
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7−46 DIRECTIVES Chapter 7 The C16
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7−48 DIRECTIVES 3. Interrupt rout
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7−50 DIRECTIVES Module B EXTERN A
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7−54 DIRECTIVES Chapter 7 REGDEF
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7−56 DIRECTIVES The three resulti
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7−58 DIRECTIVES SECTION/ENDS Syno
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7−60 DIRECTIVES Align Type Descri
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7−62 DIRECTIVES Combine Type Desc
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7−64 DIRECTIVES SSKDEF Synopsis:
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7−66 DIRECTIVES Example: TYPEDEC
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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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9−10 LINKER/LOCATOR 9.5 INVOCATIO
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9−16 LINKER/LOCATOR Examples: PC:
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9−24 LINKER/LOCATOR 9.11 L166 CON
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9−26 LINKER/LOCATOR Example of an
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9−32 LINKER/LOCATOR 9.11.4 OVERVI
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9−34 LINKER/LOCATOR Control SECSI
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9−36 LINKER/LOCATOR Control (Loca
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9−38 LINKER/LOCATOR 9.11.5 DESCRI
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9−42 LINKER/LOCATOR Example: l166
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9−44 LINKER/LOCATOR CHECKCLASSES
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9−48 LINKER/LOCATOR CLASSES Contr
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9−50 LINKER/LOCATOR CODEINROM Con
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9−52 LINKER/LOCATOR DATE Control:
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Page 425 and 426: 9−72 LINKER/LOCATOR LOCALS Contro
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10−32 UTILITIES 10.6.5 CREATING G
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10−40 UTILITIES $GSO166 Allowed b
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10−42 UTILITIES 10.6.11 EXAMPLE M
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10−48 UTILITIES Chapter 10 select
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10−62 UTILITIES Example: l166 @
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10−64 UTILITIES 10.10 SREC166 Cha
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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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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−4 M166 ERRORS Appendix F W 107:
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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−32 A166 ERRORS 4 FATAL ERRORS (
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G−34 A166 ERRORS Appendix G
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H−2 L166 ERRORS APPENDIX H Append
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I−2 CC166 ERRORS APPENDIX I Appen
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J−2 MK166 ERRORS APPENDIX J Appen
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J−6 MK166 ERRORS Appendix J rules
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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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