[thirdparty/binutils-gdb.git] / gas / testsuite / gas / bpf / pseudoc-normal.s

# Tests for mixing pseudo-C and normal eBPF instructions
beg:
        .text
	add %r1,0xaa
	r1 += 0xaa
	add %r1,%r2
	r1 += r2
	sub %r1,0xaa
	r1 -= 0xaa
	sub %r1,%r2
	r1 -= r2
	mul %r1,0xaa
	r1 *= 0xaa
	mul %r1,%r2
	r1 *= r2
	div %r1,0xaa
	r1 /= 0xaa
	div %r1,%r2
	r1 /= r2
	or %r1,0xaa
	r1 |= 0xaa
	or %r1,%r2
	r1 |= r2
	and %r1,0xaa
	r1 &= 0xaa
	and %r1,%r2
	r1 &= r2
	lsh %r1,0xaa
	r1 <<= 0xaa
	lsh %r1,%r2
	r1 <<= r2
	rsh %r1,0xaa
	r1 >>= 0xaa
	rsh %r1,%r2
	r1 >>= r2
	xor %r1,0xaa
	r1 ^= 0xaa
	xor %r1,%r2
	r1 ^= r2
	mov %r1,0xaa
	r1 = 0xaa
	mov %r1,%r2
	r1 = r2
	arsh %r1,0xaa
	r1 s>>= 0xaa
	arsh %r1,%r2
	r1 s>>= r2
	neg %r1
	r1 = -r1
	add32 %r1,0xaa
	w1 += 0xaa
	add32 %r1,%r2
	w1 += w2
	sub32 %r1,0xaa
	w1 -= 0xaa
	sub32 %r1,%r2
	w1 -= w2
	mul32 %r1,0xaa
	w1 *= 0xaa
	mul32 %r1,%r2
	w1 *= w2
	div32 %r1,0xaa
	w1 /= 0xaa
	div32 %r1,%r2
	w1 /= w2
	or32 %r1,0xaa
	w1 |= 0xaa
	or32 %r1,%r2
	w1 |= w2
	and32 %r1,0xaa
	w1 &= 0xaa
	and32 %r1,%r2
	w1 &= w2
	lsh32 %r1,0xaa
	w1 <<= 0xaa
	lsh32 %r1,%r2
	w1 <<= w2
	rsh32 %r1,0xaa
	w1 >>= 0xaa
	rsh32 %r1,%r2
	w1 >>= w2
	xor32 %r1,0xaa
	w1 ^= 0xaa
	xor32 %r1,%r2
	w1 ^= w2
	mov32 %r1,0xaa
	w1 = 0xaa
	mov32 %r1,%r2
	w1 = w2
	arsh32 %r1,0xaa
	w1 s>>= 0xaa
	arsh32 %r1,%r2
	w1 s>>= w2
	neg32 %r1
	w1 = -w1
	endle %r1,16
	r1 = le16 r1
	endle %r1,32
	r1 = le32 r1
	endle %r1,64
	r1 = le64 r1
	endbe %r1,16
	r1 = be16 r1
	endbe %r1,32
	r1 = be32 r1
	endbe %r1,64
	r1 = be64 r1
	ldxb %r1,[%r2+0xaa]
	r1 = *(u8 *)(r2 + 0xaa)
	ldxh %r1,[%r2+0xaa]
	r1 = *(u16 *)(r2 + 0xaa)
	ldxw %r1,[%r2+0xaa]
	r1 = *(u32 *)(r2 + 0xaa)
	ldxdw %r1,[%r2+0xaa]
	r1 = *(u64 *)(r2 + 0xaa)
	stxb [%r1+0xaa],%r2
	*(u8 *)(r1 + 0xaa) = r2
	stxh [%r1+0xaa],%r2
	*(u16 *)(r1 + 0xaa) = r2
	stxw [%r1+0xaa],%r2
	*(u32 *)(r1 + 0xaa) = r2
	stxdw [%r1+0xaa],%r2
	*(u64 *)(r1 + 0xaa) = r2
	ja 187
	goto 0xbb
	jeq %r1,0xaa,187
	if r1 == 0xaa goto 0xbb
	jeq %r1,%r2,187
	if r1 == r2 goto 0xbb
	jgt %r1,0xaa,187
	if r1 > 0xaa goto 0xbb
	jgt %r1,%r2,187
	if r1 > r2 goto 0xbb
	jge %r1,0xaa,187
	if r1 >= 0xaa goto 0xbb
	jge %r1,%r2,187
	if r1 >= r2 goto 0xbb
	jlt %r1,0xaa,187
	if r1 < 0xaa goto 0xbb
	jlt %r1,%r2,187
	if r1 < r2 goto 0xbb
	jle %r1,0xaa,187
	if r1 <= 0xaa goto 0xbb
	jle %r1,%r2,187
	if r1 <= r2 goto 0xbb
	jset %r1,0xaa,187
	if r1 & 0xaa goto 0xbb
	jset %r1,%r2,187
	if r1 & r2 goto 0xbb
	jne %r1,0xaa,187
	if r1 != 0xaa goto 0xbb
	jne %r1,%r2,187
	if r1 != r2 goto 0xbb
	jsgt %r1,0xaa,187
	if r1 s> 0xaa goto 0xbb
	jsgt %r1,%r2,187
	if r1 s> r2 goto 0xbb
	jsge %r1,0xaa,187
	if r1 s>= 0xaa goto 0xbb
	jsge %r1,%r2,187
	if r1 s>= r2 goto 0xbb
	jslt %r1,0xaa,187
	if r1 s< 0xaa goto 0xbb
	jslt %r1,%r2,187
	if r1 s< r2 goto 0xbb
	jsle %r1,0xaa,187
	if r1 s<= 0xaa goto 0xbb
	jsle %r1,%r2,187
	if r1 s<= r2 goto 0xbb
	call 170
	call 0xaa
	exit
	exit
	mov %r6,main - beg
        exit
	ldabsw 0xaa
	r0 = *(u32 *)skb[0xaa]
	ldindb %r7,0xaa
	r0 = *(u8 *)skb[r7 + 0xaa]
	ldabsw 0xaa
	r0 = *(u32 *)skb[0xaa]
	ldindb %r7,0xaa
	r0 = *(u8 *)skb[r7 + 0xaa]
	lddw %r3,1
	r3 =  1 ll
	lddw %r4,0xaabbccddeeff7788
	r4 =  0xaabbccddeeff7788 ll
	r5 =  0x1122334455667788 ll
	lddw %r5,0x1122334455667788
	lddw %r6,main
	r6 = main ll
	main:
	lock *(u32 *)(r1 + 0xaa) += r2
	xaddw [%r1+0xaa],%r2
	lock *(u64 *)(r1 + 0xaa) += r2
	xadddw [%r1+0xaa],%r2
Commit	Line	Data
bba4624d GM	1	# Tests for mixing pseudo-C and normal eBPF instructions
	2	beg:
	3	.text
	4	add %r1,0xaa
	5	r1 += 0xaa
	6	add %r1,%r2
	7	r1 += r2
	8	sub %r1,0xaa
	9	r1 -= 0xaa
	10	sub %r1,%r2
	11	r1 -= r2
	12	mul %r1,0xaa
	13	r1 *= 0xaa
	14	mul %r1,%r2
	15	r1 *= r2
	16	div %r1,0xaa
	17	r1 /= 0xaa
	18	div %r1,%r2
	19	r1 /= r2
	20	or %r1,0xaa
	21	r1 \|= 0xaa
	22	or %r1,%r2
	23	r1 \|= r2
	24	and %r1,0xaa
	25	r1 &= 0xaa
	26	and %r1,%r2
	27	r1 &= r2
	28	lsh %r1,0xaa
	29	r1 <<= 0xaa
	30	lsh %r1,%r2
	31	r1 <<= r2
	32	rsh %r1,0xaa
	33	r1 >>= 0xaa
	34	rsh %r1,%r2
	35	r1 >>= r2
	36	xor %r1,0xaa
	37	r1 ^= 0xaa
	38	xor %r1,%r2
	39	r1 ^= r2
	40	mov %r1,0xaa
	41	r1 = 0xaa
	42	mov %r1,%r2
	43	r1 = r2
	44	arsh %r1,0xaa
	45	r1 s>>= 0xaa
	46	arsh %r1,%r2
	47	r1 s>>= r2
	48	neg %r1
	49	r1 = -r1
	50	add32 %r1,0xaa
	51	w1 += 0xaa
	52	add32 %r1,%r2
	53	w1 += w2
	54	sub32 %r1,0xaa
	55	w1 -= 0xaa
	56	sub32 %r1,%r2
	57	w1 -= w2
	58	mul32 %r1,0xaa
	59	w1 *= 0xaa
	60	mul32 %r1,%r2
	61	w1 *= w2
	62	div32 %r1,0xaa
	63	w1 /= 0xaa
	64	div32 %r1,%r2
65	w1 /= w2
66	or32 %r1,0xaa
67	w1 \|= 0xaa
68	or32 %r1,%r2
69	w1 \|= w2
70	and32 %r1,0xaa
71	w1 &= 0xaa
72	and32 %r1,%r2
73	w1 &= w2
74	lsh32 %r1,0xaa
75	w1 <<= 0xaa
76	lsh32 %r1,%r2
77	w1 <<= w2
78	rsh32 %r1,0xaa
79	w1 >>= 0xaa
80	rsh32 %r1,%r2
81	w1 >>= w2
82	xor32 %r1,0xaa
83	w1 ^= 0xaa
84	xor32 %r1,%r2
85	w1 ^= w2
86	mov32 %r1,0xaa
87	w1 = 0xaa
88	mov32 %r1,%r2
89	w1 = w2
90	arsh32 %r1,0xaa
91	w1 s>>= 0xaa
92	arsh32 %r1,%r2
93	w1 s>>= w2
94	neg32 %r1
95	w1 = -w1
96	endle %r1,16
97	r1 = le16 r1
98	endle %r1,32
99	r1 = le32 r1
100	endle %r1,64
101	r1 = le64 r1
102	endbe %r1,16
103	r1 = be16 r1
104	endbe %r1,32
105	r1 = be32 r1
106	endbe %r1,64
107	r1 = be64 r1
108	ldxb %r1,[%r2+0xaa]
109	r1 = (u8 )(r2 + 0xaa)
110	ldxh %r1,[%r2+0xaa]
111	r1 = (u16 )(r2 + 0xaa)
112	ldxw %r1,[%r2+0xaa]
113	r1 = (u32 )(r2 + 0xaa)
114	ldxdw %r1,[%r2+0xaa]
115	r1 = (u64 )(r2 + 0xaa)
116	stxb [%r1+0xaa],%r2
117	(u8 )(r1 + 0xaa) = r2
118	stxh [%r1+0xaa],%r2
119	(u16 )(r1 + 0xaa) = r2
120	stxw [%r1+0xaa],%r2
121	(u32 )(r1 + 0xaa) = r2
122	stxdw [%r1+0xaa],%r2
123	(u64 )(r1 + 0xaa) = r2
124	ja 187
125	goto 0xbb
126	jeq %r1,0xaa,187
127	if r1 == 0xaa goto 0xbb
128	jeq %r1,%r2,187
129	if r1 == r2 goto 0xbb
130	jgt %r1,0xaa,187
131	if r1 > 0xaa goto 0xbb
132	jgt %r1,%r2,187
133	if r1 > r2 goto 0xbb
134	jge %r1,0xaa,187
135	if r1 >= 0xaa goto 0xbb
136	jge %r1,%r2,187
137	if r1 >= r2 goto 0xbb
138	jlt %r1,0xaa,187
139	if r1 < 0xaa goto 0xbb
140	jlt %r1,%r2,187
141	if r1 < r2 goto 0xbb
142	jle %r1,0xaa,187
143	if r1 <= 0xaa goto 0xbb
144	jle %r1,%r2,187
145	if r1 <= r2 goto 0xbb
146	jset %r1,0xaa,187
147	if r1 & 0xaa goto 0xbb
148	jset %r1,%r2,187
149	if r1 & r2 goto 0xbb
150	jne %r1,0xaa,187
151	if r1 != 0xaa goto 0xbb
152	jne %r1,%r2,187
153	if r1 != r2 goto 0xbb
154	jsgt %r1,0xaa,187
155	if r1 s> 0xaa goto 0xbb
156	jsgt %r1,%r2,187
157	if r1 s> r2 goto 0xbb
158	jsge %r1,0xaa,187
159	if r1 s>= 0xaa goto 0xbb
160	jsge %r1,%r2,187
161	if r1 s>= r2 goto 0xbb
162	jslt %r1,0xaa,187
163	if r1 s< 0xaa goto 0xbb
164	jslt %r1,%r2,187
165	if r1 s< r2 goto 0xbb
166	jsle %r1,0xaa,187
167	if r1 s<= 0xaa goto 0xbb
168	jsle %r1,%r2,187
169	if r1 s<= r2 goto 0xbb
170	call 170
171	call 0xaa
172	exit
173	exit
174	mov %r6,main - beg
175	exit
176	ldabsw 0xaa
177	r0 = (u32 )skb[0xaa]
178	ldindb %r7,0xaa
179	r0 = (u8 )skb[r7 + 0xaa]
180	ldabsw 0xaa
181	r0 = (u32 )skb[0xaa]
182	ldindb %r7,0xaa
183	r0 = (u8 )skb[r7 + 0xaa]
184	lddw %r3,1
185	r3 = 1 ll
186	lddw %r4,0xaabbccddeeff7788
187	r4 = 0xaabbccddeeff7788 ll
188	r5 = 0x1122334455667788 ll
189	lddw %r5,0x1122334455667788
190	lddw %r6,main
191	r6 = main ll
192	main:
193	lock (u32 )(r1 + 0xaa) += r2
194	xaddw [%r1+0xaa],%r2
195	lock (u64 )(r1 + 0xaa) += r2
196	xadddw [%r1+0xaa],%r2