d0p1/ack
1
0
Fork 0
Code Issues Pull requests Packages Projects Releases Wiki Activity
ack/tests/plat/core/dup_e.e

137 lines
2.5 KiB
Plaintext
Raw Normal View History

Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
#
mes 2, EM_WSIZE, EM_PSIZE
/*
Revise the comments in the EM tests. You can cheat these tests if _cms_ and _cmu_ always push zero.
2017-12-21 23:19:26 +00:00
* Tests _dup_ and _dus_ by loading 20 bytes from _src_, then making
* and checking some duplicates. The compilers might never _dup_ or
* _dus_ with large sizes, so the compilers might work even if this
* test fails. You can cheat this test if _cms_ always pushes zero.
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
*/
exa src
exa size
src
con 3593880729I4, 782166578I4, 4150666996I4, 2453272937I4, 3470523049I4
size
con 20I2
exp $check
exp $_m_a_i_n
pro $_m_a_i_n, 0
/* Push 3 copies of src on stack. */
lae src
loi 20 /* 1st copy */
dup 20 /* 2nd copy */
lae size
loi 2
dus EM_WSIZE /* 3rd copy */
cal $check
cal $finished
end /* $_m_a_i_n */
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
pro $check, 4 * EM_PSIZE + EM_WSIZE
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
#define p1 (-1 * EM_PSIZE)
#define p2 (-2 * EM_PSIZE)
#define p3 (-3 * EM_PSIZE)
#define p4 (-4 * EM_PSIZE)
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
#define i (p4 - EM_WSIZE)
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
/* Set pointers to all 4 copies. */
lae src
lal p4
sti EM_PSIZE /* p4 = src */
lal 0
lal p3
sti EM_PSIZE /* p3 = 3rd copy */
lal 20
lal p2
sti EM_PSIZE /* p2 = 2nd copy */
lal 40
lal p1
sti EM_PSIZE /* p1 = 1st copy */
/* Loop 20 times to verify each byte. */
loc 0
stl i
4
lal p4
loi EM_PSIZE
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
loi 1 /* byte from src */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
lal p3
loi EM_PSIZE
loi 1 /* byte from 3rd copy */
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
cms EM_WSIZE
zeq *3
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc (3 * 256)
lol i
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
adi EM_WSIZE /* 0x300 + i */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc EM_WSIZE
loc 4
cuu
cal $fail
asp 4
3
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
lal p4
loi EM_PSIZE
loi 1 /* byte from src */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
lal p2
loi EM_PSIZE
loi 1 /* byte from 2nd copy */
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
cms EM_WSIZE
zeq *2
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc (2 * 256)
lol i
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
adi EM_WSIZE /* 0x200 + i */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc EM_WSIZE
loc 4
cuu
cal $fail
asp 4
2
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
lal p4
loi EM_PSIZE
loi 1 /* byte from src */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
lal p1
loi EM_PSIZE
loi 1 /* byte from 1st copy */
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
cms EM_WSIZE
zeq *1
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc (1 * 256)
lol i
Simplify code by using cms EM_WSIZE to compare bytes. This should work because the C compiler does it.
2017-12-19 02:52:13 +00:00
adi EM_WSIZE /* 0x100 + i */
Revise stack shuffles and integer conversions in PowerPC ncg. Allow asp 4, exg 4 to shuffle tokens without coercing them into registers; but comment why dup 4, dup 8 coerce tokens into registers. Allow dup, dus, exg with larger sizes; and add tests dup_e.e and exg_e.e to check that dup 20, dus, exg 20 work as well in powerpc as in i80 and i86. Then powerpc failed to compile loc 2 loc 4 cuu in dup_e.e. Revise the integer conversions, so powerpc can compile and pass the test.
2017-12-09 22:21:06 +00:00
loc EM_WSIZE
loc 4
cuu
cal $fail
asp 4
1
lal p4
loi EM_PSIZE
adp 1
lal p4
sti EM_PSIZE /* increment p4 */
lal p3
loi EM_PSIZE
adp 1
lal p3
sti EM_PSIZE /* increment p3 */
lal p2
loi EM_PSIZE
adp 1
lal p2
sti EM_PSIZE /* increment p2 */
lal p1
loi EM_PSIZE
adp 1
lal p1
sti EM_PSIZE /* increment p1 */
inl i
lol i
loc 20
blt *4 /* loop 20 times */
ret 0
end /* $check */
Reference in a new issue Copy permalink