1 // RUN
: llvm-mc
-triple
=aarch64
-show-encoding
-mattr
=+sme2
< %s \
2 // RUN
: | FileCheck
%s
--check-prefixes
=CHECK-ENCODING
,CHECK-INST
3 // RUN
: not llvm-mc
-triple
=aarch64
-show-encoding
< %s
2>&1 \
4 // RUN
: | FileCheck
%s
--check-prefix
=CHECK-ERROR
5 // RUN
: llvm-mc
-triple
=aarch64
-filetype
=obj
-mattr
=+sme2
< %s \
6 // RUN
: | llvm-objdump
-d
--mattr
=+sme2
--no-print-imm-hex
- \
7 // RUN
: | FileCheck
%s
--check-prefix
=CHECK-INST
8 // RUN
: llvm-mc
-triple
=aarch64
-filetype
=obj
-mattr
=+sme2
< %s \
9 // RUN
: | llvm-objdump
-d
--mattr
=-sme2
--no-print-imm-hex
- \
10 // RUN
: | FileCheck
%s
--check-prefix
=CHECK-UNKNOWN
11 // RUN
: llvm-mc
-triple
=aarch64
-show-encoding
-mattr
=+sme2
< %s \
12 // RUN
: | sed
'/.text/d' | sed
's/.*encoding: //g' \
13 // RUN
: | llvm-mc
-triple
=aarch64
-mattr
=+sme2
-disassemble
-show-encoding \
14 // RUN
: | FileCheck
%s
--check-prefixes
=CHECK-ENCODING
,CHECK-INST
17 ldnt1h
{z0.h
, z8.h
}, pn8
/z
, [x0
, x0
, lsl
#1] // 10100001-00000000-00100000-00001000
18 // CHECK-INST
: ldnt1h
{ z0.h
, z8.h
}, pn8
/z
, [x0
, x0
, lsl
#1]
19 // CHECK-ENCODING
: [0x08,0x20,0x00,0xa1]
20 // CHECK-ERROR
: instruction requires
: sme2
21 // CHECK-UNKNOWN
: a1002008
<unknown
>
23 ldnt1h
{z21.h
, z29.h
}, pn13
/z
, [x10
, x21
, lsl
#1] // 10100001-00010101-00110101-01011101
24 // CHECK-INST
: ldnt1h
{ z21.h
, z29.h
}, pn13
/z
, [x10
, x21
, lsl
#1]
25 // CHECK-ENCODING
: [0x5d,0x35,0x15,0xa1]
26 // CHECK-ERROR
: instruction requires
: sme2
27 // CHECK-UNKNOWN
: a115355d
<unknown
>
29 ldnt1h
{z23.h
, z31.h
}, pn11
/z
, [x13
, x8
, lsl
#1] // 10100001-00001000-00101101-10111111
30 // CHECK-INST
: ldnt1h
{ z23.h
, z31.h
}, pn11
/z
, [x13
, x8
, lsl
#1]
31 // CHECK-ENCODING
: [0xbf,0x2d,0x08,0xa1]
32 // CHECK-ERROR
: instruction requires
: sme2
33 // CHECK-UNKNOWN
: a1082dbf
<unknown
>
35 ldnt1h
{z23.h
, z31.h
}, pn15
/z
, [sp
, xzr
, lsl
#1] // 10100001-00011111-00111111-11111111
36 // CHECK-INST
: ldnt1h
{ z23.h
, z31.h
}, pn15
/z
, [sp
, xzr
, lsl
#1]
37 // CHECK-ENCODING
: [0xff,0x3f,0x1f,0xa1]
38 // CHECK-ERROR
: instruction requires
: sme2
39 // CHECK-UNKNOWN
: a11f3fff
<unknown
>
42 ldnt1h
{z0.h
, z8.h
}, pn8
/z
, [x0
] // 10100001-01000000-00100000-00001000
43 // CHECK-INST
: ldnt1h
{ z0.h
, z8.h
}, pn8
/z
, [x0
]
44 // CHECK-ENCODING
: [0x08,0x20,0x40,0xa1]
45 // CHECK-ERROR
: instruction requires
: sme2
46 // CHECK-UNKNOWN
: a1402008
<unknown
>
48 ldnt1h
{z21.h
, z29.h
}, pn13
/z
, [x10
, #10, mul vl] // 10100001-01000101-00110101-01011101
49 // CHECK-INST
: ldnt1h
{ z21.h
, z29.h
}, pn13
/z
, [x10
, #10, mul vl]
50 // CHECK-ENCODING
: [0x5d,0x35,0x45,0xa1]
51 // CHECK-ERROR
: instruction requires
: sme2
52 // CHECK-UNKNOWN
: a145355d
<unknown
>
54 ldnt1h
{z23.h
, z31.h
}, pn11
/z
, [x13
, #-16, mul vl] // 10100001-01001000-00101101-10111111
55 // CHECK-INST
: ldnt1h
{ z23.h
, z31.h
}, pn11
/z
, [x13
, #-16, mul vl]
56 // CHECK-ENCODING
: [0xbf,0x2d,0x48,0xa1]
57 // CHECK-ERROR
: instruction requires
: sme2
58 // CHECK-UNKNOWN
: a1482dbf
<unknown
>
60 ldnt1h
{z23.h
, z31.h
}, pn15
/z
, [sp
, #-2, mul vl] // 10100001-01001111-00111111-11111111
61 // CHECK-INST
: ldnt1h
{ z23.h
, z31.h
}, pn15
/z
, [sp
, #-2, mul vl]
62 // CHECK-ENCODING
: [0xff,0x3f,0x4f,0xa1]
63 // CHECK-ERROR
: instruction requires
: sme2
64 // CHECK-UNKNOWN
: a14f3fff
<unknown
>
67 ldnt1h
{z0.h
, z4.h
, z8.h
, z12.h
}, pn8
/z
, [x0
, x0
, lsl
#1] // 10100001-00000000-10100000-00001000
68 // CHECK-INST
: ldnt1h
{ z0.h
, z4.h
, z8.h
, z12.h
}, pn8
/z
, [x0
, x0
, lsl
#1]
69 // CHECK-ENCODING
: [0x08,0xa0,0x00,0xa1]
70 // CHECK-ERROR
: instruction requires
: sme2
71 // CHECK-UNKNOWN
: a100a008
<unknown
>
73 ldnt1h
{z17.h
, z21.h
, z25.h
, z29.h
}, pn13
/z
, [x10
, x21
, lsl
#1] // 10100001-00010101-10110101-01011001
74 // CHECK-INST
: ldnt1h
{ z17.h
, z21.h
, z25.h
, z29.h
}, pn13
/z
, [x10
, x21
, lsl
#1]
75 // CHECK-ENCODING
: [0x59,0xb5,0x15,0xa1]
76 // CHECK-ERROR
: instruction requires
: sme2
77 // CHECK-UNKNOWN
: a115b559
<unknown
>
79 ldnt1h
{z19.h
, z23.h
, z27.h
, z31.h
}, pn11
/z
, [x13
, x8
, lsl
#1] // 10100001-00001000-10101101-10111011
80 // CHECK-INST
: ldnt1h
{ z19.h
, z23.h
, z27.h
, z31.h
}, pn11
/z
, [x13
, x8
, lsl
#1]
81 // CHECK-ENCODING
: [0xbb,0xad,0x08,0xa1]
82 // CHECK-ERROR
: instruction requires
: sme2
83 // CHECK-UNKNOWN
: a108adbb
<unknown
>
85 ldnt1h
{z19.h
, z23.h
, z27.h
, z31.h
}, pn15
/z
, [sp
, xzr
, lsl
#1] // 10100001-00011111-10111111-11111011
86 // CHECK-INST
: ldnt1h
{ z19.h
, z23.h
, z27.h
, z31.h
}, pn15
/z
, [sp
, xzr
, lsl
#1]
87 // CHECK-ENCODING
: [0xfb,0xbf,0x1f,0xa1]
88 // CHECK-ERROR
: instruction requires
: sme2
89 // CHECK-UNKNOWN
: a11fbffb
<unknown
>
92 ldnt1h
{z0.h
, z4.h
, z8.h
, z12.h
}, pn8
/z
, [x0
] // 10100001-01000000-10100000-00001000
93 // CHECK-INST
: ldnt1h
{ z0.h
, z4.h
, z8.h
, z12.h
}, pn8
/z
, [x0
]
94 // CHECK-ENCODING
: [0x08,0xa0,0x40,0xa1]
95 // CHECK-ERROR
: instruction requires
: sme2
96 // CHECK-UNKNOWN
: a140a008
<unknown
>
98 ldnt1h
{z17.h
, z21.h
, z25.h
, z29.h
}, pn13
/z
, [x10
, #20, mul vl] // 10100001-01000101-10110101-01011001
99 // CHECK-INST
: ldnt1h
{ z17.h
, z21.h
, z25.h
, z29.h
}, pn13
/z
, [x10
, #20, mul vl]
100 // CHECK-ENCODING
: [0x59,0xb5,0x45,0xa1]
101 // CHECK-ERROR
: instruction requires
: sme2
102 // CHECK-UNKNOWN
: a145b559
<unknown
>
104 ldnt1h
{z19.h
, z23.h
, z27.h
, z31.h
}, pn11
/z
, [x13
, #-32, mul vl] // 10100001-01001000-10101101-10111011
105 // CHECK-INST
: ldnt1h
{ z19.h
, z23.h
, z27.h
, z31.h
}, pn11
/z
, [x13
, #-32, mul vl]
106 // CHECK-ENCODING
: [0xbb,0xad,0x48,0xa1]
107 // CHECK-ERROR
: instruction requires
: sme2
108 // CHECK-UNKNOWN
: a148adbb
<unknown
>
110 ldnt1h
{z19.h
, z23.h
, z27.h
, z31.h
}, pn15
/z
, [sp
, #-4, mul vl] // 10100001-01001111-10111111-11111011
111 // CHECK-INST
: ldnt1h
{ z19.h
, z23.h
, z27.h
, z31.h
}, pn15
/z
, [sp
, #-4, mul vl]
112 // CHECK-ENCODING
: [0xfb,0xbf,0x4f,0xa1]
113 // CHECK-ERROR
: instruction requires
: sme2
114 // CHECK-UNKNOWN
: a14fbffb
<unknown
>