无法调试以下代码：
// create format strings
fmt1: .string "Initial pyramid values:\n"
fmt2: .string "Pyramid %s origin = (%d, %d)\n"
fmt3: .string "\tBase width = %d Base length = %d\n"
fmt4: .string "\tHeight = %d\n"
fmt5: .string "\tVolume = %d\n"
fmt6: .string "\nChanged pyramid values:\n"
fmtfir: .string "first"
fmtsec: .string "second"
.balign 4 // ensures alignment of instructions
.global main // executes starting label
// macro defines
define(FALSE, 0)
define(TRUE, 1)
// assembler equates for structs
point_x = 0 // point, int x
point_y = 4 // point, int y
dimension_width = 0 // dimension, int width
dimension_length = 4 // dimension, int length
pyramid_origin = 0 // pyramid, point origin
pyramid_base = 8 // pyramid, dimension base
pyramid_height = 16 // pyramid, int height
pyramid_volume = 20 // pyramid, int volume
// main: memory allocation and offsets
first_size = 24
second_size = 24
alloc = -(16 + first_size + second_size) & -16
dealloc = -alloc
first_s = 16
second_s = 40
// newPyramid: memory allocation and offsets
define(p_base_r, x15)
p_size = 24
falloc = -(16 + p_size) & -16
fdealloc = -falloc
p_s = 16
// struct pyramid newPyramid()
// initializes a struct pyramid p and returns it
newPyramid:
stp x29, x30, [sp, falloc]! // saves FP and LR registers
mov x29, sp // update sp
// initialize attributes of struct pyramid p
add p_base_r, x29, p_s
str xzr, [p_base_r, pyramid_origin + point_x] // p.origin.x = 0
str xzr, [p_base_r, pyramid_origin + point_y] // p.origin.y = 0
mov w9, 2
str w9, [p_base_r, pyramid_base + dimension_width] // p.base.width = 2
mov w10, 2
str w10, [p_base_r, pyramid_base + dimension_length] // p.base.length = 2
mov w11, 3
str w11, [p_base_r, pyramid_height] // p.height = 3
// calculate volume
mul w9, w9, w10
mul w9, w9, w11
sdiv w9, w9, w11
str w9, [p_base_r, pyramid_volume] // p.volume = 2*2*3/3
// store attributes of p into address at x8
ldr w9, [p_base_r, pyramid_origin + point_x] // w9 = p.origin.x
str w9, [x8, pyramid_origin + point_x]
ldr w9, [p_base_r, pyramid_origin + point_y] // w9 = p.origin.y
str w9, [x8, pyramid_origin + point_y]
ldr w9, [p_base_r, pyramid_base + dimension_width] // w9 = p.base.width
str w9, [x8, pyramid_base + dimension_width]
ldr w9, [p_base_r, pyramid_base + dimension_length] // w9 = p.base.length
str w9, [x8, pyramid_base + dimension_length]
ldr w9, [p_base_r, pyramid_height] // w9 = p.height
str w9, [x8, pyramid_height]
ldr w9, [p_base_r, pyramid_volume] // w9 = p.volume
str w9, [x8, pyramid_volume]
ldp x29, x30, [sp], fdealloc // deallocate memory
ret // return
// void printPyramid(char *name, struct pyramid *p)
// print out the pyramid's attributes
printPyramid:
stp x29, x30, [sp, falloc]!
mov x29, sp
// store parameters x0, x1
mov x9, x0 // x9 = *name
mov p_base_r, x1 // x15 = *p
// print name and origin of pyramid
adrp x0, fmt2
add x0, x0, :lo12:fmt2
mov x1, x9
ldr w2, [p_base_r, pyramid_origin + point_x]
ldr w3, [p_base_r, pyramid_origin + point_y]
bl printf
// print pyramid base width, length
adrp x0, fmt3
add x0, x0, :lo12:fmt3
ldr w1, [p_base_r, pyramid_origin + point_x]
ldr w2, [p_base_r, pyramid_origin + point_y]
bl printf
// print pyramid height
adrp x0, fmt4
add x0, x0, :lo12:fmt4
ldr w1, [p_base_r, pyramid_height]
bl printf
// print pyramid volume
adrp x0, fmt5
add x0, x0, :lo12:fmt5
ldr w1, [p_base_r, pyramid_volume]
bl printf
ldp x29, x30, [sp], fdealloc
ret
main:
stp x29, x30, [sp, alloc]! // saves FP and LR registers
mov x29, sp // update sp
// initialize pyramid first, second
add x8, x29, first_s
bl newPyramid
//add x8, x29, second_s
//bl newPyramid
// print out "Initial pyramid values:\n"
adrp x0, fmt1
add x0, x0, :lo12:fmt1
bl printf
// printPyramid("first", &first)
adrp x0, fmtfir
add x0, x0, :lo12:fmtfir
add x1, x29, first_s
bl printPyramid
done: mov x0, 0
ldp x29, x30, [sp], dealloc
ret
printPyramid标签中的printf语句出现问题： 也就是说，当以下行运行时：
// print name and origin of pyramid
adrp x0, fmt2
add x0, x0, :lo12:fmt2
mov x1, x9
ldr w2, [p_base_r, pyramid_origin + point_x]
ldr w3, [p_base_r, pyramid_origin + point_y]
bl printf
// print pyramid base width, length (I've adjusted this
// for debugging purposes to use the same arguments as above)
adrp x0, fmt3
add x0, x0, :lo12:fmt3
ldr w1, [p_base_r, pyramid_origin + point_x]
ldr w2, [p_base_r, pyramid_origin + point_y]
bl printf
第一个printf语句打印出原点就好了，输出＆＃34;金字塔第一个原点：（0,0）＆＃34;。
然而，第二个printf语句在参数中打印出一个随机的整数字符串，我不知道为什么会这样，因为我在w1，w2中提供了与参数完全相同的地址。
任何帮助都会受到极大的赞赏。感谢信。