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

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• • • • • • • • Assembler Output Files C−3 1 LIST FILE The list file is the output file of the assembler which contains information about the generated code. The amount and form of information depends on the use of several controls. By default the name is the basename of the assembly source file with the extension .lst. The name can also be user defined by the PRINT control. 1.1 LIST FILE HEADER If the HEADER control is in effect, a header page is printed as the first page in the list file. A header page consists of a page header (see explanation below), information about the invocation of the assembler and a status list of the primary assembler controls. Page Header If the PAGING control is in effect, header information is printed at the top of each page. The page header is always printed on the header page if the HEADER control is active. The page header consists of three lines. The first line contains the following information: − information about assembler name − version and serial number − invocation date and time − page number The second line contains a title specified by the TITLE control. The third line is an empty line. Example: C166/ST10 assembler va.b rc SNzzzzzzzz−zzz Date: Jun 10 1997 Time: 17:29:23 Page: 1 Title for demo use only
C−4 ASSEMBLER OUTPUT 1.2 SOURCE LISTING The following line appears below the header lines: LOC CODE LINE SOURCELINE The different columns are discussed below. Appendix C LOC This is the location counter or the resulting value of an ORG directive. The location counter is the hexadecimal number that represents the offset from the beginning of the SECTION being assembled. In lines that generate object code, the value is at the beginning of the line. For ORG lines, the value shown is the new value. For any other line there is no display. Absolutely located sections start counting at the specified address, using a relevant mask for page or segment bound section types. Example: LOC CODE LINE SOURCELINE . . . 11 Sec1 SECTION DATA 0000 0001 12 Value1 DW 100H 0002 0002 13 Value2 DW 200H 0004 14 ORG $ + 10 000E 0300 15 Value3 DW 16 Sec1 ENDS 3 CODE This is the object code generated by the assembler for this source line, displayed in hexadecimal format. The displayed code need not be the same as the generated code that is entered in the object module. The code can also be relocatable code or a relocatable part and external part. In this case the letter ’R’ is printed at the end of the code field. In case the code only contains an external part, the letter ’E’ is printed at the end of the code field. A number is printed at the end of the code to countdown Extend instructions.
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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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2−44 MACRO PREPROCESSOR This expa
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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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5−12 OPERANDS & EXPRESSIONS Examp
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5−14 OPERANDS & EXPRESSIONS Binar
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5−18 OPERANDS & EXPRESSIONS Opera
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5−32 OPERANDS & EXPRESSIONS 5.4 S
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5−34 OPERANDS & EXPRESSIONS Chapt
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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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6−18 CONTROLS CHECKC166SV1EXTSEQ
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6−20 CONTROLS CHECKC166SV1PHANTOM
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6−22 CONTROLS CHECKC166SV1SCXT Co
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6−24 CONTROLS CHECKCPU16 Control:
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6−26 CONTROLS CHECKCPU21 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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6−38 CONTROLS DATE Control: Chapt
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6−40 CONTROLS EJECT Control: EJEC
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6−42 CONTROLS EXPANDREGBANK Contr
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6−44 CONTROLS EXTEND / EXTEND1 /
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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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6−80 CONTROLS WARNING Control: Fr
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6−82 CONTROLS WARNINGASERROR Cont
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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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7−24 DIRECTIVES DEFR/DEFA/DEFX/DE
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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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7−52 DIRECTIVES Chapter 7 If regi
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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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8−2 DERIVATIVES CHAPTER 8 Chapter
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8−4 DERIVATIVES Chapter 8 Instruc
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8−6 DERIVATIVES Chapter 8 Because
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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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9−6 LINKER/LOCATOR 9.4 LOCATE ALG
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9−8 LINKER/LOCATOR Chapter 9 Line
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9−10 LINKER/LOCATOR 9.5 INVOCATIO
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9−12 LINKER/LOCATOR Chapter 9 Sin
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9−14 LINKER/LOCATOR Chapter 9 If
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9−16 LINKER/LOCATOR Examples: PC:
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9−18 LINKER/LOCATOR 9.8 DEFAULT O
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9−20 LINKER/LOCATOR Chapter 9 Inv
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9−22 LINKER/LOCATOR Chapter 9 Cla
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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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9−28 LINKER/LOCATOR Chapter 9 RAN
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9−30 LINKER/LOCATOR Chapter 9 Sec
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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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9−40 LINKER/LOCATOR Chapter 9 Wit
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9−42 LINKER/LOCATOR Example: l166
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9−44 LINKER/LOCATOR CHECKCLASSES
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9−46 LINKER/LOCATOR CHECKGLOBALS
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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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9−54 LINKER/LOCATOR EXTEND2 Contr
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9−56 LINKER/LOCATOR FIXSTBUS1 Con
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9−58 LINKER/LOCATOR GENERAL Contr
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9−60 LINKER/LOCATOR GLOBALSONLY C
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9−62 LINKER/LOCATOR HEAPSIZE Cont
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9−64 LINKER/LOCATOR INTERRUPT Con
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9−66 LINKER/LOCATOR IRAMSIZE Cont
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9−68 LINKER/LOCATOR LINES Control
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9−70 LINKER/LOCATOR LISTREGISTERS
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9−72 LINKER/LOCATOR LOCALS Contro
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9−74 LINKER/LOCATOR MEMORY Contro
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9−76 LINKER/LOCATOR Chapter 9 Whe
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9−78 LINKER/LOCATOR MISRAC Contro
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9−80 LINKER/LOCATOR MODPATH Contr
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9−82 LINKER/LOCATOR NAME Control:
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9−84 LINKER/LOCATOR ORDER Control
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9−86 LINKER/LOCATOR The resulting
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9−88 LINKER/LOCATOR OVERLAY Contr
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9−90 LINKER/LOCATOR RESERVE MEMOR
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9−92 LINKER/LOCATOR PAGEWIDTH Con
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9−94 LINKER/LOCATOR PRINT Control
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9−96 LINKER/LOCATOR PRINTCONTROLS
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9−98 LINKER/LOCATOR Example: l166
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9−100 LINKER/LOCATOR PUBTOGLB Con
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9−102 LINKER/LOCATOR Chapter 9 Th
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9−104 LINKER/LOCATOR PURGE Contro
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9−106 LINKER/LOCATOR Chapter 9 PU
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9−108 LINKER/LOCATOR RESERVE Cont
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9−110 LINKER/LOCATOR RESOLVEDPP C
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9−112 LINKER/LOCATOR SECSIZE Cont
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9−114 LINKER/LOCATOR SET Control:
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9−116 LINKER/LOCATOR Example: set
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9−118 LINKER/LOCATOR Chapter 9
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9−120 LINKER/LOCATOR Chapter 9 SL
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9−122 LINKER/LOCATOR Examples: l1
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9−124 LINKER/LOCATOR SYMB Control
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9−126 LINKER/LOCATOR SYMBOLCOLUMN
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9−128 LINKER/LOCATOR TITLE Contro
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9−130 LINKER/LOCATOR TYPE Control
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9−132 LINKER/LOCATOR VECSCALE Con
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9−138 LINKER/LOCATOR Chapter 9
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10−2 UTILITIES CHAPTER 10 Chapter
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10−4 UTILITIES 10.2 AR166 Name ar
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10−6 UTILITIES Chapter 10 s Scan
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10−8 UTILITIES 10.3 CC166 Name cc
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10−10 UTILITIES Chapter 10 Normal
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10−12 UTILITIES 2. To include whi
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10−14 UTILITIES Chapter 10 −lib
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10−16 UTILITIES Chapter 10 With t
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10−18 UTILITIES Environment Varia
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10−20 UTILITIES Chapter 10 i Gene
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10−22 UTILITIES Chapter 10 The di
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10−24 UTILITIES Chapter 10 The di
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10−26 UTILITIES −r Display the
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10−28 UTILITIES Chapter 10 To eli
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10−30 UTILITIES 10.6.3 MEMORY SPA
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10−32 UTILITIES 10.6.5 CREATING G
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10−34 UTILITIES Chapter 10 c166 i
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10−36 UTILITIES Chapter 10 The op
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10−38 UTILITIES identifier The ob
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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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10−44 UTILITIES Chapter 10 −sst
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10−46 UTILITIES Chapter 10 Option
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Page 545 and 546: 10−54 UTILITIES Chapter 10 The de
Page 547 and 548: 10−56 UTILITIES Chapter 10 Specia
Page 549 and 550: 10−58 UTILITIES Chapter 10 The ma
Page 551 and 552: 10−60 UTILITIES Chapter 10 To rec
Page 553 and 554: 10−62 UTILITIES Example: l166 @
Page 555 and 556: 10−64 UTILITIES 10.10 SREC166 Cha
Page 557 and 558: 10−66 UTILITIES −nt No output o
Page 559 and 560: A−2 A.OUT APPENDIX A Appendix A
Page 561 and 562: A−4 A.OUT Identifier Strings Exte
Page 563 and 564: A−6 A.OUT Appendix A os_foff A lo
Page 565 and 566: A−8 A.OUT Appendix A on_u A union
Page 567 and 568: A−10 A.OUT Extension Header The e
Page 569 and 570: A−12 A.OUT 2 FORMAT OF A.OUT FILE
Page 571 and 572: A−14 A.OUT struct outsect { long
Page 573 and 574: A−16 A.OUT struct outname { union
Page 575 and 576: A−18 A.OUT Appendix A /* * Alloca
Page 577 and 578: A−20 A.OUT union eseg { struct ex
Page 579 and 580: A−22 A.OUT Appendix A
Page 581 and 582: B−2 M166 OUTPUT APPENDIX B Append
Page 583 and 584: B−4 M166 OUTPUT The macro @RDF ha
Page 585 and 586: B−6 M166 OUTPUT Example: Appendix
Page 587 and 588: B−8 M166 OUTPUT Appendix B
Page 589: C−2 ASSEMBLER OUTPUT APPENDIX C A
Page 593 and 594: C−6 ASSEMBLER OUTPUT results in t
Page 595 and 596: C−8 ASSEMBLER OUTPUT Algn The sec
Page 597 and 598: C−10 ASSEMBLER OUTPUT Symbols: Na
Page 599 and 600: C−12 ASSEMBLER OUTPUT 1.6 REGISTE
Page 601 and 602: C−14 ASSEMBLER OUTPUT Appendix C
Page 603 and 604: D−2 LINKER/LOCATOR OUTPUT APPENDI
Page 605 and 606: D−4 LINKER/LOCATOR OUTPUT The sec
Page 607 and 608: D−6 LINKER/LOCATOR OUTPUT Algn Th
Page 609 and 610: D−8 LINKER/LOCATOR OUTPUT 1.4 INT
Page 611 and 612: D−10 LINKER/LOCATOR OUTPUT 1.6 RE
Page 613 and 614: D−12 LINKER/LOCATOR OUTPUT Append
Page 615 and 616: E−2 GSO166 ERRORS APPENDIX E Appe
Page 617 and 618: E−4 GSO166 ERRORS F 015: missing
Page 619 and 620: E−6 GSO166 ERRORS Appendix E W 03
Page 621 and 622: E−8 GSO166 ERRORS Appendix E
Page 623 and 624: F−2 M166 ERRORS APPENDIX F Append
Page 625 and 626: F−4 M166 ERRORS Appendix F W 107:
Page 627 and 628: F−6 M166 ERRORS E 225: Include fi
Page 629 and 630: F−8 M166 ERRORS E 267: Error in e
Page 631 and 632: F−10 M166 ERRORS F 306: read erro
Page 633 and 634: G−2 A166 ERRORS APPENDIX G Append
Page 635 and 636: G−4 A166 ERRORS Appendix G W 110:
Page 637 and 638: G−6 A166 ERRORS W 137: no procedu
Page 639 and 640: G−8 A166 ERRORS Appendix G 2. And
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G−10 A166 ERRORS Appendix G W 165
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G−16 A166 ERRORS E 212: arithmeti
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G−18 A166 ERRORS E 237: section t
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G−20 A166 ERRORS E 267: a relocat
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G−22 A166 ERRORS E 291: only NEAR
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G−24 A166 ERRORS Appendix G E 328
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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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H−4 L166 ERRORS Appendix H W 109:
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H−10 L166 ERRORS Appendix H W 160
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H−18 L166 ERRORS Appendix H Using
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H−20 L166 ERRORS Appendix H E 223
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H−34 L166 ERRORS Appendix H F 315
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H−36 L166 ERRORS Appendix H F 336
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I−2 CC166 ERRORS APPENDIX I Appen
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I−4 CC166 ERRORS E 17: missing in
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J−2 MK166 ERRORS APPENDIX J Appen
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J−4 MK166 ERRORS chdir: current w
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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−10 INDEX iramsize, 8−6 lo
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Index−12 INDEX low, 5−22 lts fu
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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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