M2 Instruction Set Architecture
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1 M2 Instruction Set Architecture
2 Module Outline Addressing modes. Instruction classes. MIPS-I ISA. Translating and starting a program. High level languages, Assembly languages and object code. Subroutine and subroutine call. Use of stack for handling subroutine call and return.
3 hello.c Steps in gcc
4 Steps in gcc hello.c cpp
5 Steps in gcc hello.c hello.i cpp
6 Steps in gcc hello.c hello.i cpp cc1
7 Steps in gcc hello.c hello.i hello.s cpp cc1
8 Steps in gcc hello.c hello.i hello.s cpp cc1 as
9 Steps in gcc hello.c hello.i hello.s cpp cc1 as hello.o
10 Steps in gcc hello.c hello.i hello.s cpp cc1 Libraries (eg. Math) as hello.o ld
11 Steps in gcc hello.c hello.i hello.s cpp cc1 Libraries (eg. Math) as a.out hello.o ld
12 Steps in gcc Step Output FileType Remarks C Preprocessor hello.i C source text #include, #define,... C Compiler hello.s Assembler source text Individual modules. Labels. Assembler hello.o Object code Undefined global references. Linkage Editor a.out Executable Global references resolved
13 Memory Layout of a Program in Execution DATA a b c INSTRUCTIONS i1 i1 i2 i2 i3 i3
14 Memory Layout of a Program in Execution
15 Program to Memory Layout hello.s Libraries (eg. Math) as a.out ld hello.o
16 Object File Format (hello.o)
17 What does the Assembler do?
18 What does the Assembler do?
19 What does the Assembler do? Encodes easily!
20 What does the Assembler do?
21 What does the Assembler do? Assembler Directives
22 What does the Assembler do? Text Text segment begins here. here. Align Align at at word word boundary. main main is is a global label. Can Can be be referred from from other other modules. Assembler Directives
23 What does the Assembler do? Text Text segment begins here. here. Align Align at at word word boundary. main main is is a global label. Can Can be be referred from from other other modules. Assembler Directives Data Data segment begins here. here. Align Align at at byte byte boundary.
24 What does the Assembler do?
25 What does the Assembler do? Labels
26 What does the Assembler do? Labels
27 Assembler Actions How to encode? What information is required?
28 Assembler Actions How to encode? Information required: Where to branch? Where is loop? Where is str?
29 Assembler Actions Labels main, loop, str are names for memory locations.
30 Assembler Actions Labels main, loop, str are names for memory locations. main: first instruction in the text segment loop: 6 th instruction in the text segment str: starts from the first byte in the data segment printf: undefined
31 Assembler Actions Labels main, loop, str are names for memory locations. main: first instruction in the text segment loop: 6 th instruction in the text segment str: starts from the first byte in the data segment printf: undefined main main 0 loop loop str str printf printf????
32 Assembler Actions Labels main, loop, str are names for memory locations. main: first instruction in the text segment loop: 6 th instruction in the text segment str: starts from the first byte in the data segment printf: undefined Symbol Table main main 0 loop loop str str printf printf????
33 What does the Assembler do?
34 What does the Assembler do? Library Function Call Call
35 Unresolved references Defined in other object files Library functions, external calls to other modules
36 Unresolved references Defined in other object files Library functions, external calls to other modules Will exist in the symbol table entries of those obj files
37 Unresolved references Defined in other object files Library functions, external calls to other modules Will exist in the symbol table entries of those obj files Make a list of unresolved references in the present object file Relocation information
38 Unresolved references Defined in other object files Library functions, external calls to other modules Will exist in the symbol table entries of those obj files Make a list of unresolved references in the present object file Relocation information call call printf printf????
39 Object File Format (hello.o)
40 Object File Format (hello.o) Machine code code size size Initialized data data size size 0 Size Size of of uninitialized data data size size Size Size of of the the Symbol Table Table Size Size of of the the Relocation Info Info
41 Object File Format (hello.o) Machine code code size size Initialized data data size size 0 Size Size of of uninitialized data data size size Size Size of of the the Symbol Table Table Size Size of of the the Relocation Info Info
42 Object File Format (hello.o)
43 Object File Format (hello.o) main main 0 loop loop str str
44 Object File Format (hello.o) main main 0 loop loop str str call call printf printf????
45 Assembler
46 Assembler Pass 1: Finds instructions with labels. Records their memory locations and labels so that the relationship between symbolic names and addresses is known when instructions are translated.
47 Assembler Pass 1: Finds instructions with labels. Records their memory locations and labels so that the relationship between symbolic names and addresses is known when instructions are translated. Pass 2: Translate each assembly statement by combining the numeric equivalents of opcodes, register specifiers, and labels into a legal instruction.
48 Linking Multiple Modules
49 Linking Multiple Modules
50 Linking Multiple Modules
51 Linking Multiple Modules Header Info main(){... jal printf()... } Data Linker Symbol Table Reloc. Info hello.o Header Info print library printf() {... } Data Symbol Table Reloc. Info
52 Linking Multiple Modules Header Info main(){... jal printf()... } Data Symbol Table Reloc. Info hello.o print library Header Info printf() {... } Data Symbol Table Reloc. Info Linker hello + library Header main(){... jal printf()... } printf() {... } hello.o Data library Data Combined Symbol Table Combined Relocation Info. a.out
53 Memory Layout of a.out hello + library Header main(){... jal printf()... } printf() {... } during execution hello.o Data library Data Combined Symbol Table Combined Relocation Info. a.out
54 Linking Example Link modules procedurea and procedureb procedurea: la la $gp, $gp, X lw lw $a0, $a0, 0($gp) jal jal B data.data.word X procedureb: la la $gp, $gp, Y sw sw $a0, $a0, 0($gp) jal jal A data.data.word Y
55 Linking Example Procedure A
56 Linking Example Procedure A
57 Linking Example Procedure A
58 Linking Example Procedure A
59 Linking Example Procedure A
60 Linking Example Procedure B
61 Linking Example Procedure B
62 Linking Example Procedure B
63 Linking Example Address of Procedure A? Address of Procedure B? B() A() 200B 100B
64 Linking Example Procedure A starts at 0x Procedure B starts at 0x B() A() 200B 100B
65 Value of $gp? Addresses of X & Y? Linking Example Y X 30B 20B
66 Value of $gp? Addresses of X & Y? Linking Example Y X 30B 20B
67 Linking Example Value of $gp = 0x X = 0x Y = 0x Y X 30B 20B
68 Linking Example a.out
69 Module Outline Addressing modes. Instruction classes. MIPS-I ISA. Translating and starting a program. High level languages, Assembly languages and object code. Subroutine and subroutine call. Use of stack for handling subroutine call and return.
70 Backup
71 Linking Multiple Modules Header Info main(){... jal printf()... } Data Symbol Table Reloc. Info hello.o print library Header Info printf() {... } Data Symbol Table Reloc. Info Linker a.out hello + library Header main(){... jal printf()... } printf() {... } hello + library Data hello + library Symbol Table hello + library Reloc. Info
72 The a.out executable What does the a.out file contain? Program code (machine instructions) Data values (values, size of arrays) Other information that is needed for execution debugging Debugging: The stage in program development where mistakes ( bugs ) in the program are identified
73 Stack Frame Recall Stack Frame $fp Return Addr Old FP Saved Registers $t0 $ra func1 Frame Local Variables $fp func2 Frame $sp $sp
74 Saved Registers Registers are saved across function calls
75 Saved Registers Registers are saved across function calls Save registers $s0 - $s7 if used by the callee Example: $s0, $s1 are saved
76 Stack Frame Local variables are allocated on the stack after the saved registers... $fp $sp $t1 $t0 $ra $fp $s0 $s1 func1_x func1_y......
77 Stack Frame
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