Consider the following ARM assembly code:function1: push {r4-r10, fp}fp,sp,#28addsp,sp,#-4r4,r0,r1r5,r2,r3r6,r4,r5r6, [fp,#-32]r0,[fp, #-32] // r1=Asp,fp,#28{r4-r10,fp}lr// allocate local variable space// r4=r0+rl// r5=r2+r3// r6=r4+r5// A=r4addaddaddaddstrldrsubpopbxFor the given ARM code, what is the minimal set of registers that must be saved by the routine"function1"a) {r4-r5}b) {r4-r6}c) {r4}d) {r4-r10}

Actually, registers are used to stores the data/information.

Consider the following ARM assembly code: function1: push {r4-r10, fp} fp,sp,#28 add // allocate local variable space // r4=r0+r1 // r5=r2+r3 // r6=r4+r5 // A=r4 add sp,sp,#-4 r4,r0,rl r5,r2,r3 r6,r4,r5 r6,[fp,#-32] r0,[fp, #-32] // rl=A sp,fp,#28 {r4-r10,fp} lr add add add str 1dr sub pop bx For the given ARM code, what is the minimal set of registers that must be saved by the routine "function1" a) {r4-r5} b) {r4-г6; c) {r4} d) {r4-r10}

Consider the following ARM assembly code: function1: push {r4-r10, fp} fp,sp,#28 add // allocate local variable space // r4=r0+r1 // r5=r2+r3 // r6=r4+r5 // A=r4 add sp,sp,#-4 r4,r0,rl r5,r2,r3 r6,r4,r5 r6,[fp,#-32] r0,[fp, #-32] // rl=A sp,fp,#28 {r4-r10,fp} lr add add add str 1dr sub pop bx For the given ARM code, what is the minimal set of registers that must be saved by the routine "function1" a) {r4-r5} b) {r4-г6; c) {r4} d) {r4-r10}

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

1. Consider the following ARM Assembly. Notice there are 2 functions, main and MyFunc. Descriptively comment each line between "_main PROC" and "END" of the code and state what this program does. Also comment on the function of each register used. AREA myData, DATA str DCB "Less is more", 0 AREA MyCode, CODE EXPORT main - ALIGN ENTRY main PROC LDR r0, =str MOVS rl, #'e' ; ro and rl are arguments BL MyFunc stop в stop ENDP MyFunc PROC MOV r2, r0 loop LDRB r3, [r0] CBZ r3, exit CMP r3, rl LDRBNE r3, [r0] STRBNE r3, [r2] ADDNE r2, r2, #1 ADD r0, r0, #1 B loop exit STRB r3, [r2] BX lr ENDP END
Draw a diagram showing the relationship of the EDX, DX, DL and DH registers. Page 29 shows EAX that you can follow as a template. Template attached
3 C language into LC-3 Assembly Language
Indirect Addressing Mode Instruction 002A J@ RETADR 3E20030030 RETADR RESW 1 1.Instruction Starts with 002A2.Opcode of J is 3C3.Object code is 3E2003Please show the details
Assembler Language VAR1 DS F VAR2 DS 5F Add VAR1 to VAR2. To do this, load both into registers and use Add Register (AR) Reference: Load instruction format: label L R,D(X,B) Add instruction format: label AR R1,R2 No need to write the entire code, just a snippet of above line code, explanation would be nice, thanks
pls help me to convert this c code to ARM assembly code (using branch) int main(){int i;int sum =0; // assume sum is a memory variablefor (int i=0; i<8; i++){if (i<4)sum = sum + 2*i;elsesum = sum + 3*i;}}
Write a C function equivalent the following RISC-V assembly language code for adding Jal (jump and link) & Jalr instructions to the Single cycle processor. Explain each connection provided for Jal & Jalr commands for implementation then draw block Diagram of processor with Jal & Jalr commands/instructions .
5. ( multiplier shown in Figure 3.35. m3 D FA P1 P6 Write a Verilog module to describe the 4 × 4 Figure 3.35 m3 m₂ D FA FA P5 M3 DH m₂ m₁ D D 0 00 FA FA m₁ FA ← FA P4 mo m₂ D D D A 4 x 4 multiplier circuit. FA FA P3 m3 D -0 m₁ 8.66 mo D mo D FA FA 10 P2 D FA P1 -0 mo Po 90 92 93
Note this is in ARM architecture.
1,1II 1,11,1II 1,1II,IV II,IV timescale Ins / lps module mainfunction (input a,b,c, output y); assign y=(a&b) |(a|c); endmodule timescale lns / lps module testbench; reg a,b,c; mainfunction dt (.a (a),.b (b),.c(c),.y(y)); initial begin a=0; b=0; c=0; #10 if(y!==1) $display("y=logic 0"); end endmodule Which of the following is true for the two verilog codes above? I. Behavioral design level is used. II. Output(y) is equal to logic 1 and the text "y=logic 0" appears in the simulation. III. The combinational circuit designed in the code includes 3 logic gates. IV. A net has to be added to the code for the output.
Write down the values of destination operands and flags after the execution of each instruction: .code bh, 1 mov sub bh, 1 (а) вн 3 ? ZF = ? mov dl, o sub dl, 1 ; (b) DL = ? SF = ? mov ch, 11111111b add ch, 1 ; (c) CH = ? CF = ? al, 0 mov sub al, 1 ; (d) AL = ? CF = ? cl, 01111111b mov add cl, 1 ; (e) CL = ? OF = ? ah, 10000000b mov neg ah ; (f) CF = ? OF = ?
9. Write an assembly code to implement the following function on ARM architecture. 2п R2 A b