INFO: Analyze all flags starting with sym. and entry0 (aa)
INFO: Analyze imports (af@@@i)
INFO: Name local plt stubs from their got relocs (anal.plt)
INFO: Analyze symbols (af@@@s)
INFO: Running plugin pre-analysis hooks
INFO: Analyze all functions arguments/locals (afva@@F)
INFO: Analyze function calls (aac)
INFO: Analyze len bytes of instructions for references (aar)
ERROR: invalid memory at 0x08000758
INFO: Finding and parsing C++ vtables (avrr)
INFO: Analyzing methods (af @@ method.*)
INFO: Recovering local variables (afva@@@F)
INFO: Type matching analysis for all functions (aaft)
INFO: Propagate noreturn information (aanr)
INFO: Use -AA or aaaa to perform additional experimental analysis
[afcl]
amd64
amd64syscall
dlang
golang
golang_abi0
ms
p9
reg
swift
[afc leaf_add]
amd64
[afi leaf_add]
#
addr: 0x08000040
name: sym.leaf_add
size: 18
is-pure: true
realsz: 18
stackframe: 8
callconv: amd64
cyclic-cost: 10
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 8
edges: 0
minaddr: 0x08000040
maxaddr: 0x08000052
is-lineal: true
end-bbs: 1
maxbbins: 8
midbbins: 8.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 2
args: 2

[afv leaf_add]
arg int64_t arg1 @ rdi
arg int64_t arg2 @ rsi
var int32_t var_4h @ rbp-0x4
var int32_t var_8h @ rbp-0x8
[afs leaf_add]
void sym.leaf_add (int64_t arg1, int64_t arg2);
[afc eight_args]
amd64
[afi eight_args]
#
addr: 0x08000060
name: sym.eight_args
size: 70
is-pure: true
realsz: 70
stackframe: 8
callconv: amd64
cyclic-cost: 22
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 20
edges: 0
minaddr: 0x08000060
maxaddr: 0x080000a6
is-lineal: true
end-bbs: 1
maxbbins: 20
midbbins: 20.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 6
args: 8

[afv eight_args]
arg int64_t arg1 @ rdi
arg int64_t arg2 @ rsi
arg int64_t arg3 @ rdx
arg int64_t arg4 @ rcx
arg int64_t arg5 @ r8
arg int64_t arg6 @ r9
arg int64_t arg_10h @ rbp+0x10
arg int64_t arg_18h @ rbp+0x18
var int64_t var_8h @ rbp-0x8
var int64_t var_10h @ rbp-0x10
var int64_t var_18h @ rbp-0x18
var int64_t var_20h @ rbp-0x20
var int64_t var_28h @ rbp-0x28
var int64_t var_30h @ rbp-0x30
[afs eight_args]
void sym.eight_args (int64_t arg1, int64_t arg2, int64_t arg3, int64_t arg4, int64_t arg5, int64_t arg6, int64_t arg_10h, int64_t arg_18h);
[afc mixed]
amd64
[afi mixed]
#
addr: 0x080000b0
name: sym.mixed
size: 56
is-pure: true
realsz: 56
stackframe: 8
callconv: amd64
cyclic-cost: 17
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 15
edges: 0
minaddr: 0x080000b0
maxaddr: 0x080000e8
is-lineal: true
end-bbs: 1
maxbbins: 15
midbbins: 15.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 4
args: 4

[afv mixed]
arg int64_t arg1 @ rdi
arg int64_t arg2 @ rsi
arg double arg3 @ xmm0
arg double arg4 @ xmm1
var int32_t var_4h @ rbp-0x4
var double var_10h @ rbp-0x10
var int64_t var_18h @ rbp-0x18
var double var_1ch @ rbp-0x1c
[afs mixed]
void sym.mixed (int64_t arg1, int64_t arg2, double arg3, double arg4);
[afc by_value]
amd64
[afi by_value]
#
addr: 0x080000f0
name: sym.by_value
size: 52
is-pure: true
realsz: 52
stackframe: 8
callconv: amd64
cyclic-cost: 18
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 16
edges: 0
minaddr: 0x080000f0
maxaddr: 0x08000124
is-lineal: true
end-bbs: 1
maxbbins: 16
midbbins: 16.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 4
args: 2

[afv by_value]
arg int64_t arg1 @ rdi
arg int64_t arg2 @ rsi
var int64_t var_8h @ rbp-0x8
var int64_t var_10h @ rbp-0x10
var int64_t var_18h @ rbp-0x18
var int64_t var_20h @ rbp-0x20
[afs by_value]
void sym.by_value (int64_t arg1, int64_t arg2);
[afc big_ret]
amd64
[afi big_ret]
#
addr: 0x08000130
name: sym.big_ret
size: 56
is-pure: true
realsz: 56
stackframe: 8
callconv: amd64
cyclic-cost: 19
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 17
edges: 0
minaddr: 0x08000130
maxaddr: 0x08000168
is-lineal: true
end-bbs: 1
maxbbins: 17
midbbins: 17.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 1
args: 2

[afv big_ret]
arg int64_t arg1 @ rdi
arg int64_t arg2 @ rsi
var int64_t var_8h @ rbp-0x8
[afs big_ret]
void sym.big_ret (int64_t arg1, int64_t arg2);
[afc sum_varargs]
amd64
[afi sum_varargs]
#
addr: 0x08000170
name: sym.sum_varargs
size: 278
is-pure: true
realsz: 278
stackframe: 136
callconv: amd64
cyclic-cost: 70
cyclomatic-complexity: 4
bits: 64
type: fcn [NEW]
num-bbs: 9
num-instrs: 63
edges: 11
minaddr: 0x08000170
maxaddr: 0x08000286
is-lineal: true
end-bbs: 1
maxbbins: 15
midbbins: 7.00
ratbbins: 2.14
noreturn: false
recursive: false
in-degree: 0
out-degree: 0
locals: 21
args: 15

[afv sum_varargs]
arg signed int arg1 @ rdi
arg int64_t arg2 @ rsi
arg int64_t arg3 @ rdx
arg int64_t arg4 @ rcx
arg int64_t arg5 @ r8
arg int64_t arg6 @ r9
arg double arg7 @ xmm0
arg double arg8 @ xmm1
arg double arg9 @ xmm2
arg double arg10 @ xmm3
arg double arg11 @ xmm4
arg double arg12 @ xmm5
arg double arg13 @ xmm6
arg double arg14 @ xmm7
arg int64_t arg_10h @ rbp+0x10
var signed int var_4h @ rbp-0x4
var int64_t var_20h @ rbp-0x20
var int32_t var_24h @ rbp-0x24
var int32_t var_28h @ rbp-0x28
var double var_40h @ rbp-0x40
var double var_50h @ rbp-0x50
var double var_60h @ rbp-0x60
var double var_70h @ rbp-0x70
var double var_80h @ rbp-0x80
var double var_90h @ rbp-0x90
var double var_a0h @ rbp-0xa0
var double var_b0h @ rbp-0xb0
var int64_t var_b8h @ rbp-0xb8
var int64_t var_c0h @ rbp-0xc0
var int64_t var_c8h @ rbp-0xc8
var int64_t var_d0h @ rbp-0xd0
var int64_t var_d8h @ rbp-0xd8
var int64_t var_e0h @ rbp-0xe0
var int32_t var_e4h @ rbp-0xe4
var int64_t var_f0h @ rbp-0xf0
var int64_t var_f8h @ rbp-0xf8
[afs sum_varargs]
void sym.sum_varargs (signed int arg1, int64_t arg2, int64_t arg3, int64_t arg4, int64_t arg5, int64_t arg6, double arg7, double arg8, double arg9, double arg10, double arg11, double arg12, double arg13, double arg14, int64_t arg_10h);
[afc keeps]
amd64
[afi keeps]
#
addr: 0x08000290
name: sym.keeps
size: 67
is-pure: true
realsz: 67
stackframe: 24
callconv: amd64
cyclic-cost: 27
cyclomatic-complexity: 2
bits: 64
type: fcn [NEW]
num-bbs: 4
num-instrs: 21
edges: 4
minaddr: 0x08000290
maxaddr: 0x080002d3
is-lineal: true
end-bbs: 1
maxbbins: 8
midbbins: 5.25
ratbbins: 1.52
noreturn: false
recursive: false
in-degree: 0
out-degree: 1
locals: 3
args: 1

[afv keeps]
arg signed int arg1 @ rdi
var signed int var_4h @ rbp-0x4
var int32_t var_8h @ rbp-0x8
var int32_t var_ch @ rbp-0xc
[afs keeps]
void sym.keeps (signed int arg1);
[afc call8]
amd64
[afi call8]
#
addr: 0x080002e0
name: sym.call8
size: 68
is-pure: true
realsz: 68
stackframe: 24
callconv: amd64
cyclic-cost: 19
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 15
edges: 0
minaddr: 0x080002e0
maxaddr: 0x08000324
is-lineal: true
end-bbs: 1
maxbbins: 15
midbbins: 15.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 1
locals: 1
args: 0

[afv call8]
var int64_t var_8h @ rsp+0x8
[afs call8]
void sym.call8 ();
[afc call_varargs]
amd64
[afi call_varargs]
#
addr: 0x08000360
name: sym.call_varargs
size: 33
is-pure: true
realsz: 33
stackframe: 8
callconv: amd64
cyclic-cost: 14
cyclomatic-complexity: 1
bits: 64
type: fcn [NEW]
num-bbs: 1
num-instrs: 10
edges: 0
minaddr: 0x08000360
maxaddr: 0x08000381
is-lineal: true
end-bbs: 1
maxbbins: 10
midbbins: 10.00
ratbbins: 1.00
noreturn: false
recursive: false
in-degree: 0
out-degree: 1
locals: 0
args: 0

[afv call_varargs]
[afs call_varargs]
void sym.call_varargs ();
[afcr eight_args]
cc.amd64.ret0: rax
cc.amd64.arg0: rdi
cc.amd64.arg1: rsi
cc.amd64.arg2: rdx
cc.amd64.arg3: rcx
cc.amd64.arg4: r8
cc.amd64.arg5: r9