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jikim
2015-12-13 22:34:58 +09:00
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/.deps/complex_rep.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/.deps/fldcw_check.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/.deps/million.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/.deps/rep_prefix.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/Makefile
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/Makefile.am
+28
View File
@@ -0,0 +1,28 @@
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/Makefile.in
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#----------------------------------------------------------------------------
# Flags
#----------------------------------------------------------------------------
# Baseline flags for all compilations. Aim here is to maximise
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# These flags are used for building the preload shared objects (PSOs).
# The aim is to give reasonable performance but also to have good
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AM_CFLAGS_PSO_MIPS64_LINUX = @FLAG_M64@ $(AM_CFLAGS_BASE) @FLAG_MIPS64@ \
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AM_CCASFLAGS_MIPS64_LINUX = @FLAG_M64@ -g @FLAG_MIPS64@
AM_CFLAGS_TILEGX_LINUX = @FLAG_M64@ $(AM_CFLAGS_BASE)
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AM_FLAG_M3264_X86_SOLARIS = @FLAG_M32@
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AM_CCASFLAGS_X86_SOLARIS = @FLAG_M32@ -g -D_ASM
AM_FLAG_M3264_AMD64_SOLARIS = @FLAG_M64@
AM_CFLAGS_AMD64_SOLARIS = @FLAG_M64@ \
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AM_CFLAGS_PSO_AMD64_SOLARIS = @FLAG_M64@ $(AM_CFLAGS_BASE) $(AM_CFLAGS_PSO_BASE)
AM_CCASFLAGS_AMD64_SOLARIS = @FLAG_M64@ -g -D_ASM
# Flags for the primary target. These must be used to build the
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#
AM_FLAG_M3264_PRI = $(AM_FLAG_M3264_@VGCONF_PLATFORM_PRI_CAPS@)
AM_CPPFLAGS_PRI = $(AM_CPPFLAGS_@VGCONF_PLATFORM_PRI_CAPS@)
AM_CFLAGS_PRI = $(AM_CFLAGS_@VGCONF_PLATFORM_PRI_CAPS@)
AM_CCASFLAGS_PRI = $(AM_CCASFLAGS_@VGCONF_PLATFORM_PRI_CAPS@)
@VGCONF_HAVE_PLATFORM_SEC_FALSE@AM_FLAG_M3264_SEC =
@VGCONF_HAVE_PLATFORM_SEC_TRUE@AM_FLAG_M3264_SEC = $(AM_FLAG_M3264_@VGCONF_PLATFORM_SEC_CAPS@)
# Baseline link flags for making vgpreload shared objects.
#
PRELOAD_LDFLAGS_COMMON_LINUX = -nodefaultlibs -shared \
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PRELOAD_LDFLAGS_COMMON_DARWIN = -dynamic -dynamiclib -all_load
PRELOAD_LDFLAGS_COMMON_SOLARIS = -nodefaultlibs -shared \
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PRELOAD_LDFLAGS_X86_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M32@
PRELOAD_LDFLAGS_AMD64_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_PPC32_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M32@
PRELOAD_LDFLAGS_PPC64BE_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_PPC64LE_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_ARM_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M32@
PRELOAD_LDFLAGS_ARM64_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_X86_DARWIN = $(PRELOAD_LDFLAGS_COMMON_DARWIN) -arch i386
PRELOAD_LDFLAGS_AMD64_DARWIN = $(PRELOAD_LDFLAGS_COMMON_DARWIN) -arch x86_64
PRELOAD_LDFLAGS_S390X_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_MIPS32_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M32@
PRELOAD_LDFLAGS_MIPS64_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_TILEGX_LINUX = $(PRELOAD_LDFLAGS_COMMON_LINUX) @FLAG_M64@
PRELOAD_LDFLAGS_X86_SOLARIS = $(PRELOAD_LDFLAGS_COMMON_SOLARIS) @FLAG_M32@
PRELOAD_LDFLAGS_AMD64_SOLARIS = $(PRELOAD_LDFLAGS_COMMON_SOLARIS) @FLAG_M64@
AM_CPPFLAGS = -I$(top_srcdir) -I$(top_srcdir)/include \
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complex_rep.vgtest \
fldcw_check.stderr.exp \
fldcw_check.vgtest \
million.stderr.exp \
million.post.exp \
million.vgtest \
rep_prefix.stderr.exp \
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/complex_rep.S
+68
View File
@@ -0,0 +1,68 @@
# When trying (and failing) to instrument at the basic block level
# I thought up a lot of corner-cases in the rep code. This tries
# to catch some of them
# Performance counters give us 8207 insns
# 11 + 8*1024 + 3 = 8206
.globl _start
_start:
cld # we want these to happen forward
mov $0xfeb1378,%eax # value to store
# test back-to-back rep/stosb's
mov $1024,%ecx
mov $buffer1, %edi # set destination
rep stosb # store 1024 times
rep stosb # should store 0 times
rep stosb # should store 0 times
# test stosb where cx is 0
xor %ecx,%ecx
mov $buffer1, %edi # set destination
rep stosb # should not load at all
# test rep inside of a loop
mov $1024, %ebx
rep_loop:
mov $1024,%ecx
mov $buffer1, %edi # set destination
rep stosb
mov $1024,%ecx
mov $buffer1, %edi # set destination
rep stosb
dec %ebx
jnz rep_loop
#================================
# Exit
#================================
exit:
mov $1,%eax
#if defined(VGO_darwin)
pushl $0 # we return 0
int $0x80 # and exit
#elif defined(VGO_linux)
xor %ebx,%ebx # we return 0
int $0x80 # and exit
#elif defined(VGO_solaris)
pushl $0 # we return 0
int $0x91 # and exit
#else
# error "Unknown OS"
#endif
#.bss
.lcomm buffer1, 16384
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/complex_rep.stderr.exp
+6
View File
@@ -0,0 +1,6 @@
# Thread 1
# Total intervals: 0 (Interval Size 100000)
# Total instructions: 8206
# Total reps: 2100228
# Unique reps: 2052
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/complex_rep.vgtest
+5
View File
@@ -0,0 +1,5 @@
prereq: test -e complex_rep
prog: complex_rep
vgopts: --interval-size=100000 --bb-out-file=complex_rep.out.bb
cleanup: rm complex_rep.out.bb
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/filter_stderr
Executable
+5
View File
@@ -0,0 +1,5 @@
#! /bin/sh
../filter_stderr
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/fldcw_check.S
+143
View File
@@ -0,0 +1,143 @@
.globl _start
_start:
# This code tests for the fldcw "load floating point command word"
# instruction. On most x86 processors the retired_instruction
# performance counter counts this as one instruction. However,
# on Pentium 4 systems it counts as two. Therefore this can
# affect BBV results on such a system.
# fldcw is most often used to set the rouding mode when doing
# floating point to integer conversions
# It is encoded as "d9 /5" which means
# 1101 1001 xx10 1yyy
# Where xx is the "mod" which will be 00, 01, or 10 indicating offset
# and yyy is the register field
# these are instructions with similar encodings to fldcw
# that can cause false positives if the test isn't explicit enough
similar:
fld1 # d9 e8
fldl2t # d9 e9
fldl2e # d9 ea
fldpi # d9 eb
fldlg2 # d9 ec
fldln2 # d9 ed
fldz # d9 ee
# check some varied ways of calling fldcw
# offset on stack
stack:
sub $4,%esp # allocate space on stack
fnstcw 2(%esp)
fldcw 2(%esp)
add $4,%esp # restore stack
# 32-bit register
fnstcw cw
mov $cw,%eax
fldcw 0(%eax) # eax
mov $cw,%ebx
fldcw 0(%ebx) # ebx
mov $cw,%ecx
fldcw 0(%ecx) # ecx
mov $cw,%edx
fldcw 0(%edx) # edx
# register + 8-bit offset
eight_bit:
mov $cw,%eax
sub $32,%eax
fldcw 32(%eax) # eax + 8 bit offset
mov %eax,%ebx
fldcw 32(%ebx) # ebx + 8 bit offset
mov %eax,%ecx
fldcw 32(%ecx) # ecx + 8 bit offset
mov %eax,%edx
fldcw 32(%edx) # edx + 8 bit offset
# register + 32-bit offset
thirtytwo_bit:
mov $cw,%eax
sub $30000,%eax
fldcw 30000(%eax) # eax + 16 bit offset
mov %eax,%ebx
fldcw 30000(%ebx) # ebx + 16 bit offset
mov %eax,%ecx
fldcw 30000(%ecx) # ecx + 16 bit offset
mov %eax,%edx
fldcw 30000(%edx) # edx + 16 bit offset
# check an fp/integer conversion
# in a loop to give a bigger count
mov $1024,%ecx
big_loop:
fldl three # load value onto fp stack
fnstcw saved_cw # store control word to mem
movzwl saved_cw, %eax # load cw from mem, zero extending
movb $12, %ah # set cw for "round to zero"
movw %ax, cw # store back to memory
fldcw cw # save new rounding mode
fistpl result # save stack value as integer to mem
fldcw saved_cw # restore old cw
loop big_loop # loop to make the count more obvious
movl result, %ebx # sanity check to see if the
cmp $3,%ebx # result is the expected one
je exit
print_error:
mov $4,%eax # write syscall
#if defined(VGO_darwin)
pushl $22
pushl $error
pushl $1
int $0x80
#elif defined(VGO_linux)
mov $1,%ebx # stdout
mov $error,%ecx # string
mov $22,%edx # length of string
int $0x80
#elif defined(VGO_solaris)
pushl $22
pushl $error
pushl $1
int $0x91
#else
# error "Unknown OS"
#endif
exit:
movl $1, %eax # SYSCALL_EXIT
#if defined(VGO_darwin)
pushl result
int $0x80
#elif defined(VGO_linux)
movl result, %ebx # load converted value
int $0x80
#elif defined(VGO_solaris)
pushl result
int $0x91
#else
# error "Unknown OS"
#endif
.data
saved_cw: .long 0
cw: .long 0
result: .long 0
three: .long 0 # a floating point 3.0
.long 1074266112
error: .ascii "Error! Wrong result!\n\0"
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/fldcw_check.stderr.exp
+6
View File
@@ -0,0 +1,6 @@
# Thread 1
# Total intervals: 0 (Interval Size 10000)
# Total instructions: 9261
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 2061
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/fldcw_check.vgtest
+5
View File
@@ -0,0 +1,5 @@
prereq: test -e fldcw_check
prog: fldcw_check
vgopts: --interval-size=10000 --bb-out-file=fldcw_check.out.bb
cleanup: rm fldcw_check.out.bb
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/million.S
+36
View File
@@ -0,0 +1,36 @@
# many thanks to David Fang
# for providing an OSX 10.5 machine to test on
# count for 1 million instructions
# total is 1 + 1 + 499997*2 + 4
.globl _start
_start:
xor %ecx,%ecx # not needed, pads total to 1M
mov $499997,%ecx # load counter
test_loop:
dec %ecx # repeat count times
jnz test_loop
#================================
# Exit
#================================
# syscall numbers in /usr/include/sys/syscall.h on OSX
# in arc/x86/include/asm/unistd_32.h on Linux
# disassemble on OSX otool -tV
exit:
xor %eax,%eax
inc %eax # put exit syscall number (1) in eax
#if defined(VGO_darwin)
pushl $0 # we return 0
int $0x80 # and exit
#elif defined(VGO_linux)
xor %ebx,%ebx # we return 0
int $0x80 # and exit
#elif defined(VGO_solaris)
pushl $0 # we return 0
int $0x91 # and exit
#else
# error "Unknown OS"
#endif
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/million.post.exp
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T:1:4 :2:99997
T:2:100000
T:2:100000
T:2:100000
T:2:100000
T:2:100000
T:2:100000
T:2:100000
T:2:100000
# Thread 1
# Total intervals: 10 (Interval Size 100000)
# Total instructions: 1000000
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/million.stderr.exp
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# Thread 1
# Total intervals: 10 (Interval Size 100000)
# Total instructions: 1000000
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/million.vgtest
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prereq: test -e million
prog: million
vgopts: --interval-size=100000 --bb-out-file=million.out.bb --pc-out-file=million.out.pc
post: cat million.out.bb
cleanup: rm million.out.bb million.out.pc
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/rep_prefix.S
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#
# rep, repe (repz) and repne (repnz) prefixed string instructions
# only count as one instruction, even though they repeat many times
# This test makes sure the bbv plugin counts these instructions properly
# The answer is validated to hw perf counters.
#
.globl _start
_start:
cld # we want these to happen forward
#===================================
# Check varied order of the size prefix
# with the rep prefix. Older binutils
# did this one way, newer binutils the other
#===================================
size_prefix:
# test 16-bit load
mov $8192, %ecx
mov $buffer1, %esi # set source
.byte 0x66, 0xf3, 0xad # lodsw
mov $8192, %ecx
mov $buffer1, %esi # set source
.byte 0xf3, 0x66, 0xad # lodsw
#===================================
# Load and Store Instructions
#===================================
loadstore:
xor %eax, %eax
mov $0xd, %al # set eax to d
# test 8-bit store
mov $16384, %ecx
mov $buffer1, %edi # set destination
rep stosb # store d 16384 times, auto-increment
# test 8-bit load
mov $16384, %ecx
mov $buffer1, %esi # set source
rep lodsb # load byte 16384 times, auto-increment
cmp $0xd,%al # if we loaded wrong value
jne print_error # print an error
# test 16-bit store
mov $0x020d,%ax # store 0x020d
mov $8192, %ecx
mov $buffer1, %edi # set destination
rep stosw # store 8192 times, auto-increment
# test 16-bit load
mov $8192, %ecx
mov $buffer1, %esi # set source
rep lodsw # load 8192 times, auto-increment
cmp $0x020d,%ax # if we loaded wrong value
jne print_error # print an error
# test 32-bit store
mov $0x0feb1378,%eax # store 0x0feb1378
mov $4096, %ecx
mov $buffer1, %edi # set destination
rep stosl # store 4096 times, auto-increment
# test 32-bit load
mov $4096, %ecx
mov $buffer1, %esi # set source
rep lodsl # load 4096 times, auto-increment
cmp $0x0feb1378,%eax # if we loaded wrong value
jne print_error # print an error
#=============================
# Move instructions
#=============================
moves:
# test 8-bit move
mov $16384, %ecx
mov $buffer1, %esi
mov $buffer2, %edi
rep movsb
# test 16-bit move
mov $8192, %ecx
mov $buffer2, %esi
mov $buffer1, %edi
rep movsw
# test 32-bit move
mov $4096, %ecx
mov $buffer1, %esi
mov $buffer2, %edi
rep movsl
#==================================
# Compare equal instructions
#==================================
compare_equal:
# first set up the areas to compare
mov $0xa5a5a5a5,%eax
mov $buffer1, %edi
mov $4096, %ecx
rep stosl
mov $0xa5a5a5a5,%eax
mov $buffer2, %edi
mov $4096, %ecx
rep stosl
# test 8-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $16384, %ecx
repe cmpsb
jnz print_error
# test 16-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $8192, %ecx
repe cmpsw
jnz print_error
# test 32-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $4096, %ecx
repe cmpsl
jnz print_error
#==================================
# Compare not equal instructions
#==================================
compare_noteq:
# change second buffer
mov $0x5a5a5a5a,%eax
mov $buffer2, %edi
mov $4096, %ecx
rep stosl
# test 8-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $16384, %ecx
repne cmpsb
je print_error
# test 16-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $8192, %ecx
repne cmpsw
je print_error
# test 32-bit
mov $buffer1,%esi
mov $buffer2,%edi
mov $4096, %ecx
repne cmpsl
je print_error
#====================================
# Check scan equal instruction
#====================================
# test 8-bit
mov $0xa5,%al
mov $buffer1,%edi
mov $16384, %ecx
repe scasb
jnz print_error
# test 16-bit
mov $0xa5a5,%ax
mov $buffer1,%edi
mov $8192, %ecx
repe scasw
jnz print_error
# test 32-bit
mov $0xa5a5a5a5,%eax
mov $buffer1,%edi
mov $4096, %ecx
repe scasl
jnz print_error
#====================================
# Check scan not-equal instruction
#====================================
# test 8-bit
mov $0xa5,%al
mov $buffer2,%edi
mov $16384, %ecx
repne scasb
jz print_error
# test 16-bit
mov $0xa5a5,%ax
mov $buffer2,%edi
mov $8192, %ecx
repne scasw
jz print_error
# test 32-bit
mov $0xa5a5a5a5,%eax
mov $buffer2,%edi
mov $4096, %ecx
repne scasl
jz print_error
jmp exit # no error, skip to exit
print_error:
mov $4, %eax # Write syscall
#if defined(VGO_darwin)
pushl $16
pushl $error_string
pushl $1
int $0x80
#elif defined(VGO_linux)
mov $1, %ebx # print to stdout
mov $error_string, %ecx # string to print
mov $16, %edx # strlen
int $0x80
#elif defined(VGO_solaris)
pushl $16
pushl $error_string
pushl $1
int $0x91
#else
# error "Unknown OS"
#endif
#================================
# Exit
#================================
exit:
xor %eax,%eax
inc %eax # put exit syscall number (1) in eax
#if defined(VGO_darwin)
pushl $0 # we return 0
int $0x80 # and exit
#elif defined(VGO_linux)
xor %ebx,%ebx # we return 0
int $0x80 # and exit
#elif defined(VGO_solaris)
pushl $0 # we return 0
int $0x91 # and exit
#else
# error "Unknown OS"
#endif
.data
error_string: .ascii "Error detected!\n\0"
#.bss
.lcomm buffer1, 16384
.lcomm buffer2, 16384
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/rep_prefix.stderr.exp
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# Thread 1
# Total intervals: 0 (Interval Size 100000)
# Total instructions: 124
# Total reps: 229402
# Unique reps: 26
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/x86/rep_prefix.vgtest
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prereq: test -e rep_prefix
prog: rep_prefix
vgopts: --interval-size=100000 --bb-out-file=rep_prefix.out.bb
cleanup: rm rep_prefix.out.bb