Chapter 5 Using Assembler
Operation Examples 81
5.4
Operation Examples
There are three steps to perform when you need a final list file with resolved addresses.
1. With the assembler, generate a relocatable object file (.rf).
2. With the linker, generate an executable format file (.ex) and map file (.map).
3. With the assembler again, use the map file to generate a final list file (.lst) with addresses
resolved by the linker.
Program assembly
Generation of a list file with the l option on the first assembly will not resolve addresses, so you would
not do so unless you have some special purpose. For the same reason, the Li, Lm, and Lc options are
also not used.
as103 -g sample.asm
The above command assembles the source file (sample.asm) in the current directory, and generates a
relocatable object file (sample.rf) with debug information in the current directory.
as103 -g -D VERSION -o test.rf /user/source/main.asm
The above command assembles the source file (main.asm) in the /user/source directory. For
conditional assembly of the source file, assembly will proceed as though VERSION were defined.
The above command also generates a relocatable object file named test.rf with debug information in
the current directory.
as103 -g -o test.rf -I /user/lib sample.asm
The above example assembles the source file (sample.asm) in the current directory. Files specified by
include will be read from the /user/lib directory.
The above command also generates a relocatable object file named test.rf with debug information in
the current directory.
as103 -I/user/defs -o /user/src/sample.rf -D TYPE file.asm
The above example assembles the source file (file.asm) in the current directory. For conditional
assembly (ifdef), assembly will proceed as though TYPE were declared. The assembler reads files
specified with the include directive from the directory /user/defs.
The above example will store the relocatable object file with name sample.rf in the /user/src directory.
Summary of Contents for PanaXSeries MN1030 Series
Page 1: ...MICROCOMPUTER MN1030 MN1030 Series Cross Assembler User s Manual Pub No 13110 120E ...
Page 2: ......
Page 13: ...1 Chapter 1 Getting Started ...
Page 25: ...2 Chapter 2 Program Development Flow ...
Page 32: ...Chapter 2 Program Development Flow 20 Programming with Assembler ...
Page 33: ...3 Chapter 3 Introduction to Operation ...
Page 54: ...Chapter 3 Introduction to Operation 42 Conditional Assembly and Linking ...
Page 55: ...4 Chapter 4 Optimization ...
Page 71: ...5 Chapter 5 Using Assembler ...
Page 95: ...6 Chapter 6 Using Linker ...
Page 128: ...Chapter 6 Using Linker 116 Instruction RAM Support ...
Page 129: ...7 Chapter 7 Types of Source Statements ...
Page 138: ...Chapter 7 Type of Source Statements 126 Blank Statements ...
Page 139: ...8 Chapter 8 Writing Source Statements ...
Page 157: ...9 Chapter 9 Writing Machine Language Instruction Statements and Directive Statements ...
Page 193: ...10 Chapter 10 Writing Assembler Control Statements ...
Page 217: ...11 Chapter 11 Writing Macro Control Statements ...
Page 236: ...Chapter 11 Writing Macro Control Statements 224 irpc ...
Page 237: ...12 Chapter 12 List of Machine Language Instructions ...
Page 261: ...13 Chapter 13 Error Messages ...
Page 276: ...Chapter 13 Error Messages 264 Linker Errors ...
Page 277: ...14 Chapter 14 Readinig List Files ...
Page 285: ...15 Chapter 15 Using Library Manager ...
Page 309: ...16 Chapter 16 Notes on Operating Environment ...
Page 321: ...17 Chapter 17 Appendix ...
Page 338: ... 4 Index ...