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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/amd64-linux/.deps/clone_test.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/.deps/complex_rep.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/.deps/fldcw_check.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/.deps/ll.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/.deps/million.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/.deps/rep_prefix.Po
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# dummy
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/Makefile
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/Makefile.am
+42
View File
@@ -0,0 +1,42 @@
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/Makefile.in
+986
View File
@@ -0,0 +1,986 @@
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clone_test.post.exp \
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complex_rep.stderr.exp \
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fldcw_check.stderr.exp \
fldcw_check.vgtest \
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million.stderr.exp \
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rep_prefix.vgtest
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# This used to be required when Vex had a handwritten Makefile. It
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02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/clone_test.S
+95
View File
@@ -0,0 +1,95 @@
# count for ~1 million instructions thread 1
# count for ~2 million instructions thread 2
# count for additional 500 million each before exit
.globl _start
_start:
#################################################
# 1000 cycles in initial thread #
#################################################
xor %rax,%rax
mov $499,%rcx # load counter
initial_loop:
dec %rcx # repeat count times
jnz initial_loop
#####################################################
# Spawn a thread! #
#####################################################
clone:
mov $56,%rax # clone syscall
# Note, clone syscall is different than the glibc implementation
# int clone (flags, stack_pointer,parent_tidptr,child_tidptr,tls)
# Flags in
#/usr/include/bits/sched.h
# CLONE_THREAD 0x10000
# CLONE_SIGHAND 0x800
# CLONE_VM 0x100
# above must be called together
# Below required for Valgrind
# CLONE_FS 0x200
# CLONE_FILES 0x400
mov $0x10f00,%rdi
mov $(new_stack+4096),%rsi # new stack
mov $0,%rdx # args (none)
syscall
cmp $0,%rax # are we in new thread?
jz thread2 # if so, jump to thrad2
###############################################
# thread1 #
###############################################
thread1:
mov $499997,%rcx # load counter
thread1_loop:
dec %rcx # repeat count times
jnz thread1_loop
xor %rdi,%rdi # we return 0
jmp exit
thread2:
mov $999997,%rcx # load counter
thread2_loop:
dec %rcx # repeat count times
jnz thread2_loop
mov $5,%rdi # we return 5
#================================
# Exit
#================================
exit:
# count an additional 500 million
mov $250000,%rcx # load counter
exit_loop:
dec %rcx # repeat count times
jnz exit_loop
actual_exit:
mov $60,%rax # put exit syscall number (60) in rax
syscall
.bss
.lcomm new_stack,4096
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/clone_test.post.exp
+58
View File
@@ -0,0 +1,58 @@
T 4 996 5 2 3 98991
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 1001 2 3 98994
T 100000
T 100000
T 100000
T 100000
# Thread 1
# Total intervals: 15 (Interval Size 100000)
# Total instructions: 1501007
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
T 2 3 99996
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 100000
T 99996 4
T 100000
T 100000
T 100000
T 100000
T 99998 2
# Thread 2
# Total intervals: 25 (Interval Size 100000)
# Total instructions: 2500001
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/clone_test.stderr.exp
+12
View File
@@ -0,0 +1,12 @@
# Thread 1
# Total intervals: 15 (Interval Size 100000)
# Total instructions: 1501007
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
# Thread 2
# Total intervals: 25 (Interval Size 100000)
# Total instructions: 2500001
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/clone_test.vgtest
+5
View File
@@ -0,0 +1,5 @@
prog: clone_test
vgopts: --interval-size=100000 --bb-out-file=clone_test.out.bb --pc-out-file=clone_test.out.pc
post: cat clone_test.out.bb clone_test.out.bb.2 | ../filter_bb
cleanup: rm clone_test.out.bb
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/complex_rep.S
+58
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@@ -0,0 +1,58 @@
# 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 $0xfeb131978,%rax # value to store
# test back-to-back rep/stosb's
mov $1024,%rcx
mov $buffer1, %rdi # 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 %rcx,%rcx
mov $buffer1, %rdi # set destination
rep stosb # should not load at all
# test rep inside of a loop
mov $1024, %rbx
rep_loop:
mov $1024,%rcx
mov $buffer1, %rdi # set destination
rep stosb
mov $1024,%rcx
mov $buffer1, %rdi # set destination
rep stosb
dec %rbx
jnz rep_loop
#================================
# Exit
#================================
exit:
mov $60,%rax
xor %rdi,%rdi # we return 0
syscall # and exit
.bss
.lcomm buffer1, 16384
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/complex_rep.stderr.exp
+6
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@@ -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/amd64-linux/complex_rep.vgtest
+4
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@@ -0,0 +1,4 @@
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/amd64-linux/filter_stderr
Executable
+4
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@@ -0,0 +1,4 @@
#! /bin/sh
../filter_stderr
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/fldcw_check.S
+166
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@@ -0,0 +1,166 @@
.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 $8,%rsp # allocate space on stack
fnstcw 2(%rsp)
fldcw 2(%rsp)
add $8,%rsp # restore stack
# 64-bit register
sixtyfour_reg:
fnstcw cw
mov $cw,%rax
fldcw 0(%rax) # rax
mov $cw,%rbx
fldcw 0(%rbx) # rbx
mov $cw,%rcx
fldcw 0(%rcx) # rcx
mov $cw,%rdx
fldcw 0(%rdx) # rdx
# 32-bit register
# Note! The assembler that comes with SuSE 9.1
# cannot assemble 32-bit fldcw on 64-bit systems
# Hence the need to hand-code them
thirtytwo_reg:
fnstcw cw
mov $cw,%eax
# fldcw 0(%eax) # eax
.byte 0x67,0xd9,0x28
mov $cw,%ebx
# fldcw 0(%ebx) # ebx
.byte 0x67,0xd9,0x2b
mov $cw,%ecx
# fldcw 0(%ecx) # ecx
.byte 0x67,0xd9,0x29
mov $cw,%edx
# fldcw 0(%edx) # edx
.byte 0x67,0xd9,0x2a
# register + 8-bit offset
eight_bit:
mov $cw,%eax
sub $32,%eax
# fldcw 32(%eax) # eax + 8 bit offset
.byte 0x67,0xd9,0x68,0x20
mov %eax,%ebx
# fldcw 32(%ebx) # ebx + 8 bit offset
.byte 0x67,0xd9,0x6b,0x20
mov %eax,%ecx
# fldcw 32(%ecx) # ecx + 8 bit offset
.byte 0x67,0xd9,0x69,0x20
mov %eax,%edx
# fldcw 32(%edx) # edx + 8 bit offset
.byte 0x67,0xd9,0x6a,0x20
# register + 32-bit offset
thirtytwo_bit:
mov $cw,%eax
sub $30000,%eax
# fldcw 30000(%eax) # eax + 16 bit offset
.byte 0x67,0xd9,0xa8,0x30,0x75,0x00,0x00
mov %eax,%ebx
# fldcw 30000(%ebx) # ebx + 16 bit offset
.byte 0x67,0xd9,0xab,0x30,0x75,0x00,0x00
mov %eax,%ecx
# fldcw 30000(%ecx) # ecx + 16 bit offset
.byte 0x67,0xd9,0xa9,0x30,0x75,0x00,0x00
mov %eax,%edx
# fldcw 30000(%edx) # edx + 16 bit offset
.byte 0x67,0xd9,0xaa,0x30,0x75,0x00,0x00
# check an fp/integer conversion
# in a loop to give a bigger count
mov $1024,%rcx
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,%rbx # result is the expected one
je exit
print_error:
mov $1,%rax # write syscall
mov $1,%rdi # stdout
mov $error,%rsi # string
mov $22,%rdx # length of string
syscall
exit:
xor %rdi, %rdi # return 0
mov $60, %rax # SYSCALL_EXIT
syscall
.data
saved_cw: .long 0
cw: .long 0
result: .long 0
three: .long 0 # a floating point 3.0
.long 1074266112
error: .asciz "Error! Wrong result!\n"
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/fldcw_check.stderr.exp
+6
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@@ -0,0 +1,6 @@
# Thread 1
# Total intervals: 0 (Interval Size 10000)
# Total instructions: 9270
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 2053
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/fldcw_check.vgtest
+4
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@@ -0,0 +1,4 @@
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/amd64-linux/ll.S
+648
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@@ -0,0 +1,648 @@
#
# linux_logo in x86_64 assembly language
# based on the code from ll_asm-0.36
#
# By Vince Weaver <vince _at_ deater.net>
#
# Modified to remove non-deterministic system calls
# And to avoid reading from /proc
#
.include "logo.include"
# offsets into the results returned by the uname syscall
.equ U_SYSNAME,0
.equ U_NODENAME,65
.equ U_RELEASE,65*2
.equ U_VERSION,(65*3)
.equ U_MACHINE,(65*4)
.equ U_DOMAINNAME,65*5
# offset into the results returned by the sysinfo syscall
.equ S_TOTALRAM,32
# Sycscalls
.equ SYSCALL_EXIT, 60
.equ SYSCALL_READ, 0
.equ SYSCALL_WRITE, 1
.equ SYSCALL_OPEN, 2
.equ SYSCALL_CLOSE, 3
.equ SYSCALL_SYSINFO, 99
.equ SYSCALL_UNAME, 63
#
.equ STDIN,0
.equ STDOUT,1
.equ STDERR,2
.globl _start
_start:
#=========================
# PRINT LOGO
#=========================
# LZSS decompression algorithm implementation
# by Stephan Walter 2002, based on LZSS.C by Haruhiko Okumura 1989
# optimized some more by Vince Weaver
# we used to fill the buffer with FREQUENT_CHAR
# but, that only gains us one byte of space in the lzss image.
# the lzss algorithm does automatic RLE... pretty clever
# so we compress with NUL as FREQUENT_CHAR and it is pre-done for us
mov $(N-F), %ebp # R
mov $logo, %esi # %esi points to logo (for lodsb)
mov $out_buffer, %edi # point to out_buffer
push %rdi # save this value for later
xor %ecx, %ecx
decompression_loop:
lodsb # load in a byte
mov $0xff, %bh # re-load top as a hackish 8-bit counter
mov %al, %bl # move in the flags
test_flags:
cmp $logo_end, %esi # have we reached the end?
je done_logo # ! if so, exit
shr $1, %ebx # shift bottom bit into carry flag
jc discrete_char # ! if set, we jump to discrete char
offset_length:
lodsw # get match_length and match_position
mov %eax,%edx # copy to edx
# no need to mask dx, as we do it
# by default in output_loop
shr $(P_BITS),%eax
add $(THRESHOLD+1),%al
mov %al,%cl # cl = (ax >> P_BITS) + THRESHOLD + 1
# (=match_length)
output_loop:
and $POSITION_MASK,%dh # mask it
mov text_buf(%rdx), %al # load byte from text_buf[]
inc %edx # advance pointer in text_buf
store_byte:
stosb # store it
mov %al, text_buf(%rbp) # store also to text_buf[r]
inc %ebp # r++
and $(N-1), %bp # mask r
loop output_loop # repeat until k>j
or %bh,%bh # ! if 0 we shifted through 8 and must
jnz test_flags # re-load flags
jmp decompression_loop
discrete_char:
lodsb # load a byte
inc %ecx # we set ecx to one so byte
# will be output once
# (how do we know ecx is zero?)
jmp store_byte # and cleverly store it
# end of LZSS code
done_logo:
pop %rbp # get out_buffer and keep in bp
mov %ebp,%ecx # move out_buffer to ecx
call write_stdout # print the logo
#
# Setup
#
setup:
mov $strcat,%edx # use rdx as call pointer (smaller op)
#==========================
# PRINT VERSION
#==========================
# push $SYSCALL_UNAME # uname syscall
# pop %rax # in 3 bytes
mov $uname_info,%edi # uname struct (0 extend address)
# syscall # do syscall
mov %ebp,%edi # point %edi to out_buffer
mov $(uname_info+U_SYSNAME),%esi # os-name from uname "Linux"
call *%rdx # call strcat
mov $ver_string,%esi # source is " Version "
call *%rdx # call strcat
push %rsi # save our .txt pointer
mov $(uname_info+U_RELEASE),%esi # version from uname "2.4.1"
call *%rdx # call strcat
pop %rsi # restore .txt pointer
# source is ", Compiled "
call *%rdx # call strcat
push %rsi # store for later
mov $(uname_info+U_VERSION),%esi # compiled date
call *%rdx # call strcat
mov %ebp,%ecx # move out_buffer to ecx
mov $0xa,%ax # store linefeed on end
stosw # and zero
call *%rdx # call strcat
call center_and_print # center and print
#===============================
# Middle-Line
#===============================
middle_line:
#=========
# Load /proc/cpuinfo into buffer
#=========
push %rdx # save call pointer
# push $SYSCALL_OPEN # load 5 [ open() ]
# pop %rax # in 3 bytes
# mov $cpuinfo,%edi # '/proc/cpuinfo'
# xor %esi,%esi # 0 = O_RDONLY <bits/fcntl.h>
# cdq # clear edx in clever way
# syscall # syscall. fd in eax.
# we should check that eax>=0
# mov %eax,%edi # save our fd
# xor %eax,%eax # SYSCALL_READ make== 0
mov $disk_buffer,%esi
# mov $16,%dh # 4096 is maximum size of proc file #)
# we load sneakily by knowing
# 16<<8 = 4096. be sure edx clear
# syscall
# push $SYSCALL_CLOSE # close (to be correct)
# pop %rax
# syscall
#=============
# Number of CPUs
#=============
number_of_cpus:
xor %ebx,%ebx # chip count
# $disk_buffer still in %rsi
bogo_loop:
mov (%rsi), %eax # load 4 bytes into eax
inc %esi # increment pointer
cmp $0,%al # check for end of file
je done_bogo
# Grrr, due to a bug in binutils 2.18.50.0.9
# (which unfortunately shipped with Fedora 10)
# http://sourceware.org/bugzilla/show_bug.cgi?id=6878
# We can't use the apostrophe character
# cmp $('o'<<24+'g'<<16+'o'<<8+'b'),%eax
cmp $(0x6f<<24+0x67<<16+0x6f<<8+0x62),%eax
# "bogo" in little-endian
jne bogo_loop # ! if not equal, keep going
add $2,%ebx # otherwise, we have a bogo
# 2 times too for future magic
jmp bogo_loop
done_bogo:
lea one-6(%rbx,%rbx,2), %esi
# Load into esi
# [one]+(num_cpus*6)
#
# the above multiplies by three
# esi = (ebx+(ebx*2))
# and we double-incremented ebx
# earlier
mov %ebp,%edi # move output buffer to edi
pop %rdx # restore call pointer
call *%rdx # copy it (call strcat)
# mov $' ',%al # print a space
mov $0x20,%al # print a space
stosb
push %rbx
push %rdx # store strcat pointer
#=========
# MHz
#=========
print_mhz:
# mov $('z'<<24+'H'<<16+'M'<<8+' '),%ebx
mov $(0x7a<<24+0x48<<16+0x4d<<8+0x20),%ebx
# find ' MHz' and grab up to .
# we are little endian
# mov $'.',%ah
mov $0x2e,%ah
# below is same as "sub $(strcat-find_string),%edx
# gas won't let us force the one-byte constant
.byte 0x83,0xEA,strcat-find_string
call *%rdx # call find string
mov %ebx,%eax # clever way to get MHz in, sadly
ror $8,%eax # not any smaller than a mov
stosl
#=========
# Chip Name
#=========
chip_name:
# mov $('e'<<24+'m'<<16+'a'<<8+'n'),%ebx
mov $(0x65<<24+0x6d<<16+0x61<<8+0x6e),%ebx
# find 'name\t: ' and grab up to \n
# we are little endian
# mov $' ',%ah
mov $0x20,%ah
call *%rdx # call find_string
stosb
call skip_spaces
pop %rdx
pop %rbx # restore chip count
pop %rsi
call *%rdx # ' Processor'
cmpb $2,%bl
jne print_s
inc %rsi # ! if singular, skip the s
print_s:
call *%rdx # 's, '
push %rsi # restore the values
push %rdx
#========
# RAM
#========
# push %rdi
# push $SYSCALL_SYSINFO # sysinfo() syscall
# pop %rax
# mov $sysinfo_buff,%edi
# syscall
# pop %rdi
# The following has to be a 64 bit load, to support
# Ram > 4GB
mov (sysinfo_buff+S_TOTALRAM),%rax # size in bytes of RAM
shr $20,%rax # divide by 1024*1024 to get M
adc $0, %eax # round
call num_to_ascii
pop %rdx # restore strcat pointer
pop %rsi # print 'M RAM, '
call *%rdx # call strcat
push %rsi
#========
# Bogomips
#========
# mov $('s'<<24+'p'<<16+'i'<<8+'m'),%ebx
mov $(0x73<<24+0x70<<16+0x69<<8+0x6d),%ebx
# find 'mips\t: ' and grab up to \n
mov $0xa,%ah
call find_string
pop %rsi # bogo total follows RAM
call *%rdx # call strcat
push %rsi
mov %ebp,%ecx # point ecx to out_buffer
push %rcx
call center_and_print # center and print
#=================================
# Print Host Name
#=================================
last_line:
mov %ebp,%edi # point to output_buffer
mov $(uname_info+U_NODENAME),%esi # host name from uname()
call *%rdx # call strcat
pop %rcx # ecx is unchanged
call center_and_print # center and print
pop %rcx # (.txt) pointer to default_colors
call write_stdout
#================================
# Exit
#================================
exit:
push $SYSCALL_EXIT # Put exit syscall in rax
pop %rax
xor %edi,%edi # Make return value $0
syscall
#=================================
# FIND_STRING
#=================================
# ah is char to end at
# ebx is 4-char ascii string to look for
# edi points at output buffer
find_string:
mov $disk_buffer-1,%esi # look in cpuinfo buffer
find_loop:
inc %esi
cmpb $0, (%rsi) # are we at EOF?
je done # ! if so, done
cmp (%rsi), %ebx # do the strings match?
jne find_loop # ! if not, loop
# ! if we get this far, we matched
find_colon:
lodsb # repeat till we find colon
cmp $0,%al
je done
# cmp $':',%al
cmp $0x3a,%al
jne find_colon
skip_spaces:
lodsb # skip spaces
cmp $0x20,%al # Loser new intel chips have lots??
je skip_spaces
store_loop:
cmp $0,%al
je done
cmp %ah,%al # is it end string?
je almost_done # ! if so, finish
# cmp $'\n',%al
cmp $0xa,%al
je almost_done
stosb # ! if not store and continue
lodsb
jmp store_loop
almost_done:
movb $0, (%rdi) # replace last value with NUL
done:
ret
#================================
# strcat
#================================
strcat:
lodsb # load a byte from [ds:esi]
stosb # store a byte to [es:edi]
cmp $0,%al # is it zero?
jne strcat # ! if not loop
dec %edi # point to one less than null
ret # return
#==============================
# center_and_print
#==============================
# string to center in ecx
center_and_print:
push %rdx # save strcat pointer
push %rcx # save the string pointer
inc %edi # move to a clear buffer
push %rdi # save for later
# mov $('['<<8+27),%ax # we want to output ^[[
mov $(0x5b<<8+27),%ax # we want to output ^[[
stosw
cdq # clear dx
str_loop2: # find end of string
inc %edx
cmpb $0,(%rcx,%rdx) # repeat till we find zero
jne str_loop2
push $81 # one added to cheat, we don't
# count the trailing '\n'
pop %rax
cmp %eax,%edx # see if we are >=80
jl not_too_big # ! if so, don't center
push $80
pop %rdx
not_too_big:
sub %edx,%eax # subtract size from 80
shr %eax # then divide by 2
call num_to_ascii # print number of spaces
# mov $'C',%al # tack a 'C' on the end
mov $0x43,%al # tack a 'C' on the end
# ah is zero from num_to_ascii
stosw # store C and a NULL
pop %rcx # pop the pointer to ^[[xC
call write_stdout # write to the screen
done_center:
pop %rcx # restore string pointer
# and trickily print the real string
pop %rdx # restore strcat pointer
#================================
# WRITE_STDOUT
#================================
# ecx has string
# eax,ebx,ecx,edx trashed
write_stdout:
push %rdx
push $SYSCALL_WRITE # put 4 in eax (write syscall)
pop %rax # in 3 bytes of code
cdq # clear edx
lea 1(%rdx),%edi # put 1 in ebx (stdout)
# in 3 bytes of code
mov %ecx,%esi
str_loop1:
inc %edx
cmpb $0,(%rcx,%rdx) # repeat till zero
jne str_loop1
syscall # run the syscall
pop %rdx
ret
##############################
# num_to_ascii
##############################
# ax = value to print
# edi points to where we want it
num_to_ascii:
push $10
pop %rbx
xor %ecx,%ecx # clear ecx
div_by_10:
cdq # clear edx
div %ebx # divide
push %rdx # save for later
inc %ecx # add to length counter
or %eax,%eax # was Q zero?
jnz div_by_10 # ! if not divide again
write_out:
pop %rax # restore in reverse order
add $0x30, %al # convert to ASCII
stosb # save digit
loop write_out # loop till done
ret
#===========================================================================
# section .data
#===========================================================================
.data
ver_string: .ascii " Version \0"
compiled_string: .ascii ", Compiled \0"
processor: .ascii " Processor\0"
s_comma: .ascii "s, \0"
ram_comma: .ascii "M RAM, \0"
bogo_total: .ascii " Bogomips Total\n\0"
default_colors: .ascii "\033[0m\n\n\0"
cpuinfo: .ascii "/proc/cpuinfo\0"
one: .ascii "One\0\0\0"
two: .ascii "Two\0\0\0"
three: .ascii "Three\0"
four: .ascii "Four\0"
.include "logo.lzss_new"
disk_buffer:
.ascii "processor : 0\n"
.ascii "vendor_id : GenuineIntel\n"
.ascii "cpu family : 15\n"
.ascii "model : 6\n"
.ascii "model name : Intel(R) Xeon(TM) CPU 3.46GHz\n"
.ascii "stepping : 4\n"
.ascii "cpu MHz : 3200.000\n"
.ascii "cache size : 2048 KB\n"
.ascii "physical id : 0\n"
.ascii "siblings : 2\n"
.ascii "core id : 0\n"
.ascii "cpu cores : 2\n"
.ascii "apicid : 0\n"
.ascii "initial apicid : 0\n"
.ascii "fpu : yes\n"
.ascii "fpu_exception : yes\n"
.ascii "cpuid level : 6\n"
.ascii "wp : yes\n"
.ascii "flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 clflush dts acpi mmx fxsr sse sse2 ss ht tm pbe syscall nx lm constant_tsc pebs bts pni dtes64 monitor ds_cpl vmx est cid cx16 xtpr pdcm lahf_lm tpr_shadow\n"
.ascii "bogomips : 6934.38\n"
.ascii "clflush size : 64\n"
.ascii "cache_alignment : 128\n"
.ascii "address sizes : 36 bits physical, 48 bits virtual\n"
.ascii "power management:\n"
.ascii "\n"
.ascii "processor : 1\n"
.ascii "vendor_id : GenuineIntel\n"
.ascii "cpu family : 15\n"
.ascii "model : 6\n"
.ascii "model name : Intel(R) Xeon(TM) CPU 3.46GHz\n"
.ascii "stepping : 4\n"
.ascii "cpu MHz : 3200.000\n"
.ascii "cache size : 2048 KB\n"
.ascii "physical id : 1\n"
.ascii "siblings : 2\n"
.ascii "core id : 0\n"
.ascii "cpu cores : 2\n"
.ascii "apicid : 4\n"
.ascii "initial apicid : 4\n"
.ascii "fpu : yes\n"
.ascii "fpu_exception : yes\n"
.ascii "cpuid level : 6\n"
.ascii "wp : yes\n"
.ascii "flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat pse36 clflush dts acpi mmx fxsr sse sse2 ss ht tm pbe syscall nx lm constant_tsc pebs bts pni dtes64 monitor ds_cpl vmx est cid cx16 xtpr pdcm lahf_lm tpr_shadow\n"
.ascii "bogomips : 6934.13\n"
.ascii "clflush size : 64\n"
.ascii "cache_alignment : 128\n"
.ascii "address sizes : 36 bits physical, 48 bits virtual\n"
.ascii "power management:\n\0"
uname_info:
.ascii "Linux\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "domori\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "2.6.29\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "#1 SMP Mon May 4 09:51:54 EDT 2009\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
.ascii "\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0\0"
sysinfo_buff:
.long 0,0,0,0,0,0,0,0,2048*1024*1024,0,0,0,0,0,0,0
#============================================================================
# section .bss
#============================================================================
.bss
.lcomm text_buf, (N+F-1)
.lcomm out_buffer,16384
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/ll.post.exp
+54
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@@ -0,0 +1,54 @@
T:1:10 :7:10 :5:38 :2:44 :8:65 :9:662 :4:119 :6:2 :3:51
T:7:5 :5:16 :2:18 :8:52 :9:858 :4:35 :6:1 :3:15
T:7:5 :5:16 :2:18 :8:52 :9:858 :4:35 :6:1 :3:15
T:7:5 :5:14 :2:16 :8:91 :9:863 :4:7 :6:1 :3:3
T:7:5 :5:12 :2:14 :8:78 :9:880 :4:7 :6:1 :3:3
T:7:5 :5:6 :2:8 :8:52 :9:928 :6:1
T:7:5 :5:10 :2:10 :8:65 :9:909 :6:1
T:7:5 :5:14 :2:18 :8:117 :9:845 :6:1
T:5:8 :2:8 :8:52 :9:932
T:7:5 :5:8 :2:10 :8:65 :9:911 :6:1
T:5:8 :2:8 :8:52 :9:932
T:7:5 :5:6 :2:8 :8:52 :9:928 :6:1
T:5:6 :2:6 :8:39 :9:949
T:7:5 :5:6 :2:8 :8:52 :9:928 :6:1
T:5:4 :2:4 :8:26 :9:966
T:7:5 :5:12 :2:14 :8:78 :9:880 :4:7 :6:1 :3:3
T:5:6 :2:6 :8:39 :9:949
T:7:5 :5:8 :2:10 :8:65 :9:911 :6:1
T:7:5 :5:14 :2:16 :8:91 :9:863 :4:7 :6:1 :3:3
T:5:8 :2:8 :8:52 :9:932
T:7:5 :5:10 :2:12 :8:78 :9:894 :6:1
T:7:5 :5:10 :2:12 :8:74 :9:898 :6:1
T:5:12 :2:12 :8:82 :9:894
T:7:5 :5:8 :2:8 :8:39 :9:390 :4:7 :6:1 :3:3 :10:3 :11:9 :12:527
T:12:1000
T:12:1000
T:12:1000
T:12:1000
T:12:1000
T:12:1000
T:12:1000
T:15:5 :18:2 :19:3 :20:2 :21:3 :22:4 :16:281 :17:10 :12:687 :13:1 :14:2
T:23:1 :32:7 :34:351 :33:176 :16:3 :17:2 :24:10 :25:195 :26:4 :27:3 :30:4 :31:11 :11:9 :12:204 :13:2 :14:4 :28:9 :29:5
T:34:666 :33:334
T:34:667 :33:333
T:34:665 :33:333 :35:2
T:34:667 :33:333
T:34:667 :33:333
T:34:666 :33:334
T:34:666 :33:332 :35:2
T:34:357 :33:178 :36:4 :37:8 :38:4 :40:258 :39:173 :16:16 :17:2
T:49:6 :50:2 :51:4 :52:2 :53:1 :54:6 :56:3 :38:4 :40:333 :39:225 :41:39 :42:26 :43:15 :44:46 :45:46 :46:40 :47:60 :48:6 :16:88 :17:4 :28:9 :55:18 :29:17
T:57:4 :38:4 :40:591 :39:395 :16:4 :17:2
T:40:600 :39:400
T:58:2 :59:4 :40:453 :39:303 :41:18 :42:12 :43:6 :44:16 :45:16 :46:14 :47:21 :48:2 :16:68 :17:2 :24:10 :25:53
# Thread 1
# Total intervals: 45 (Interval Size 1000)
# Total instructions: 45639
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/ll.stderr.exp
+6
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# Thread 1
# Total intervals: 45 (Interval Size 1000)
# Total instructions: 45639
# Total reps: 0
# Unique reps: 0
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/ll.stdout.exp
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###############################################################################
###############################################################################
##################################################################O#O##########
###############################################################################
###############################################################################
###############################################################################
###############################################################################
###############################################################################
###############################################################################
###############################################################################
###############################################################################
###############################################################################
Linux Version 2.6.29, Compiled #1 SMP Mon May 4 09:51:54 EDT 2009
Two 3200MHz Intel(R) Xeon(TM) Processors, 2048M RAM, 6934.38 Bogomips Total
domori
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/ll.vgtest
+6
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@@ -0,0 +1,6 @@
prog: ll
prereq: test -x ll
vgopts: --interval-size=1000 --bb-out-file=ll.out.bb
post: cat ll.out.bb
cleanup: rm ll.out.bb
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/million.S
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# count for 1 million instructions
# total is 2 + 1 + 499997*2 + 3
.globl _start
_start:
xor %rcx,%rcx # not needed, pads total to 1M
xor %rax,%rax # not needed, pads total to 1M
mov $499997,%rcx # load counter
test_loop:
dec %rcx # repeat count times
jnz test_loop
#================================
# Exit
#================================
exit:
xor %rdi,%rdi # we return 0
mov $60,%rax # put exit syscall number (60) in rax
syscall
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/million.post.exp
+18
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@@ -0,0 +1,18 @@
T:1:5 :2:99996
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/amd64-linux/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/amd64-linux/million.vgtest
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prog: million
vgopts: --interval-size=100000 --bb-out-file=million.out.bb
post: cat million.out.bb
cleanup: rm million.out.bb
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/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
#===============================================
# Some SSE2 instructions start with 0xf2 or 0xf3
# Check for them, to make sure our rep detection
# handles things properly.
# We should check this on x86 too, but then we'd
# have to check for SSE2 capability somehow?
#===================================
false_positives:
movdqu %xmm1,%xmm2
movdqu %xmm2,%xmm1
addsd %xmm1,%xmm2
pause
#===================================
# 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, %rcx
mov $buffer1, %rsi # set source
.byte 0x66, 0xf3, 0xad # lodsw
mov $8192, %rcx
mov $buffer1, %rsi # set source
.byte 0xf3, 0x66, 0xad # lodsw
#===================================
# Load and Store Instructions
#===================================
loadstore:
xor %rax, %rax
mov $0xd, %al # set eax to d
# test 8-bit store
mov $16384, %rcx
mov $buffer1, %rdi # set destination
rep stosb # store d 16384 times, auto-increment
# test 8-bit load
mov $16384, %rcx
mov $buffer1, %rsi # 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, %rcx
mov $buffer1, %rdi # set destination
rep stosw # store 8192 times, auto-increment
# test 16-bit load
mov $8192, %rcx
mov $buffer1, %rsi # 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, %rcx
mov $buffer1, %rdi # set destination
rep stosl # store 4096 times, auto-increment
# test 32-bit load
mov $4096, %rcx
mov $buffer1, %rsi # set source
rep lodsl # load 4096 times, auto-increment
cmp $0x0feb1378,%eax # if we loaded wrong value
jne print_error # print an error
# test 64-bit store
mov $0xfeb131978a5a5a5a,%rax
mov $2048, %rcx
mov $buffer1, %rdi # set destination
rep stosq # store 2048 times, auto-increment
# test 64-bit load
mov $2048, %rcx
mov $buffer1, %rsi # set source
rep lodsq # load 2048 times, auto-increment
cmp $0x8a5a5a5a,%eax
# !if we loaded wrong value
jne print_error # print an error
#=============================
# Move instructions
#=============================
moves:
# test 8-bit move
mov $16384, %rcx
mov $buffer1, %rsi
mov $buffer2, %rdi
rep movsb
# test 16-bit move
mov $8192, %rcx
mov $buffer2, %rsi
mov $buffer1, %rdi
rep movsw
# test 32-bit move
mov $4096, %rcx
mov $buffer1, %rsi
mov $buffer2, %rdi
rep movsl
# test 64-bit move
mov $2048, %rcx
mov $buffer1, %rsi
mov $buffer2, %rdi
rep movsq
#==================================
# Compare equal instructions
#==================================
compare_equal:
# first set up the areas to compare
mov $0xa5a5a5a5,%eax
mov $buffer1, %rdi
mov $4096, %rcx
rep stosl
mov $0xa5a5a5a5,%eax
mov $buffer2, %rdi
mov $4096, %rcx
rep stosl
# test 8-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $16384, %rcx
repe cmpsb
jnz print_error
# test 16-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $8192, %rcx
repe cmpsw
jnz print_error
# test 32-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $4096, %rcx
repe cmpsl
jnz print_error
# test 64-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $2048, %rcx
repe cmpsq
jnz print_error
#==================================
# Compare not equal instructions
#==================================
compare_noteq:
# change second buffer
mov $0x5a5a5a5a,%eax
mov $buffer2, %rdi
mov $4096, %rcx
rep stosl
# test 8-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $16384, %rcx
# repne cmpsb FIXME! Not implemented valgrind
# je print_error
# test 16-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $8192, %rcx
# repne cmpsw FIXME! Not implemented valgrind
# je print_error
# test 32-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $4096, %rcx
# repne cmpsl FIXME! Not implemented valgrind
# je print_error
# test 64-bit
mov $buffer1,%rsi
mov $buffer2,%rdi
mov $2048, %rcx
# repne cmpsq FIXME! Not implemented valgrind
# je print_error
#====================================
# Check scan equal instruction
#====================================
scan_eq:
# test 8-bit
mov $0xa5,%al
mov $buffer1,%rdi
mov $16384, %rcx
repe scasb
jnz print_error
# test 16-bit
mov $0xa5a5,%ax
mov $buffer1,%rdi
mov $8192, %rcx
repe scasw
jnz print_error
# test 32-bit
mov $0xa5a5a5a5,%eax
mov $buffer1,%rdi
mov $4096, %rcx
repe scasl
jnz print_error
# test 64-bit
mov $0xa5a5a5a5a5a5a5a5,%rax
mov $buffer1,%rdi
mov $2048, %rcx
repe scasq
jnz print_error
#====================================
# Check scan not-equal instruction
#====================================
# test 8-bit
scan_ne:
mov $0xa5,%al
mov $buffer2,%rdi
mov $16384, %rcx
repne scasb
jz print_error
# test 16-bit
mov $0xa5a5,%ax
mov $buffer2,%rdi
mov $8192, %rcx
repne scasw
jz print_error
# test 32-bit
mov $0xa5a5a5a5,%eax
mov $buffer2,%rdi
mov $4096, %rcx
repne scasl
jz print_error
# test 64-bit
mov $0xa5a5a5a5a5a5a5a5,%rax
mov $buffer2,%rdi
mov $2048, %rcx
repne scasq
jz print_error
jmp exit # no error, skip to exit
print_error:
mov $1, %rax # Write syscall
mov $1, %rdi # print to stdout
mov $error_string, %rsi # string to print
mov $16, %edx # strlen
syscall # call syscall
#================================
# Exit
#================================
exit:
mov $60,%rax
xor %rdi,%rdi # we return 0
syscall # and exit
.data
error_string: .asciz "Error detected!\n"
.bss
.lcomm buffer1, 16384
.lcomm buffer2, 16384
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/rep_prefix.stderr.exp
+6
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@@ -0,0 +1,6 @@
# Thread 1
# Total intervals: 0 (Interval Size 100000)
# Total instructions: 152
# Total reps: 165917
# Unique reps: 29
# Total fldcw instructions: 0
02_day/valgrind/valgrind-3.11.0/exp-bbv/tests/amd64-linux/rep_prefix.vgtest
+4
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@@ -0,0 +1,4 @@
prog: rep_prefix
vgopts: --interval-size=100000 --bb-out-file=rep_prefix.out.bb
cleanup: rm rep_prefix.out.bb