OSS-forge/Extended_Shellcode_IA32 · Datasets at Hugging Face

SNIPPETS stringlengths 2 1.64k	INTENTS stringlengths 4 1.66k
xor ecx,ecx	zero out ecx register
xor ecx,ecx	clear ecx
xor ecx,ecx	zero out ecx
xor ecx,ecx \n mul ecx	clear ecx and eax
xor ecx,ecx \n mul ecx	clear ecx and eax register
xor ecx,ecx \n mul ecx	clear ecx and eax registers
xor ecx,ecx \n mul ecx	clear eax and ebx registers
xor ecx,ecx \n xor eax, eax	clear eax and ecx registers
xor edi, ebp	xoring ebp with edi register
xor edi, edi	zero out edi register
xor edi, edi	initialize edi with 0
xor edi, edi	clear the edi register
xor edi, edi	init edi 0
xor edi, edi \n xor eax, eax \n xor ebx, ebx \n xor edx, edx	zero out the edi, eax, ebx and edx registers
xor edx, ecx \n mov dl, [esi+1]	clean the edx register and move the next byte of the shellcode into the lower byte of the register
xor edx, ecx \n mov dl, [esi+1]	clear the edx register and move the next byte of the shellcode into the lower byte of the register
xor edx, ecx \n mov dl, [esi+1]	zero out the edx register and move the next byte of the shellcode into the lower byte of the register
xor edx, edx	clear edx
xor edx, edx	clear edx register
xor edx, edx	zero out edx register
xor edx, edx	zero out edx
xor edx, edx	zero out edx register using xor operation
xor edx, edx	initialize edx with the decimal value 0
xor edx, edx	initialize edx with the hexadecimal value 0x0
xor edx, edx	clear the edx register
xor edx, edx	set the contents of edx to zero
xor edx, edx	set the edx register to null
xor edx, edx	zero out the edx register
xor edx, edx	reset edx to 0
xor edx, edx \n cmp ecx, edx \n je l2	zero out the edx register and jump to the l2 label if the contents of the ecx register is equal to the contents of the edx register
xor edx, edx \n cmp ecx, edx \n jne l2	zero out the edx register and jump to the l2 label if the contents of the ecx register is not equal to the contents of the edx register
xor edx, edx \n mov dl, [esi]	clear the edx register and move the current byte of the shellcode into the lowest byte of the register
xor edx, edx \n mov dl, 0x3	zero out edx and move 0x3 in the lowest byte of the register
xor edx, edx \n mov dl, 0x4	clear edx and move 0x4 in the lowest byte of the register
xor edx, edx \n mov dl, 2	clear the edx register and move 2 in the lowest byte of the register
xor edx, edx \n mov dl, 5	clean the edx register and move 5 in the lowest byte of the register
xor edx, edx \n mul edx	zero out eax and edx
xor edx, edx \n mul edx	zero out the eax and edx register
xor edx, edx \n push edx	clear edx and push it on the stack
xor edx, edx \n push edx	push null into stack
xor edx, edx \n push edx	zero out edx register then push its content on stack
xor edx, edx \n push edx	zero out the edx register and push zero onto the stack
xor edx, edx \n push edx	push zero onto the stack
xor edx, edx \n push edx	clear the edx register and push its contents onto the stack
xor edx, edx \n push edx \n push 0x01 \n push 0x02 \n mov ecx, esp	zero out edx register and save af_inet, sock_stream and edx contents in ecx
xor edx, edx \n xor ecx, ecx	clear edx and ecx reegsiter
xor edx, edx \n xor esi, esi	zero out edx and esi register
xor edx,edx	clear edx
xor edx,edx	clear edx register
xor edx,edx	zero out edx
xor edx,edx	zero out edx register
xor edx,edx \n mul edx	clear edx and eaz registers
xor edx,edx \n push edx	clear edx adn push null terminating string on stack
xor esi, esi	zero out esi register
xor esi, esi	zero out esi content
xor esi, esi	clean esi
xor esi, esi	initialize the esi register with the decimal value 0
xor esi, esi	init the esi register to 0
xor esi, esi	clear the esi register
xor rdx, rdx \n push rdx	zero out rdx and push it on stack
xor zero_reg, zero_reg	clear zero_reg
xor zero_reg, zero_reg	zero out zero_reg
xor_decode:	define xor_decode_label
xordecode:	declare _xordecode label
xordecode:	define xordecode
y dd 3000	declare a doubleword at address y initialized to contain 3000
y: dd 0x0	create the doubleword variable y in memory and initialize it to zero
ymmval: resw 1	reserve one word for ymmval
z dd 1, 2, 3	declare three doubleword values initialized to 1 2 and 3 at address z
z dd 1,2,3	declare three doublewords of memory starting at address z and initialized to 1 2 and 3
z: dd 0x0	create the doubleword variable z in memory and initialize it to zero
zero10:	define _zeero10 label
zero11:	define _zero11 label
zero12:	define _zero12 label
zero13:	define _zero13 label
zero14:	define _zero14 label
zero15:	define _zero15 label
zero16:	define _zero16 label
zero17:	define _zero17 label
zero18:	define _zero18 label
zero19:	define _zero19 label
zero1a:	define _zero1a label
zero1b:	define _zero1b label
zero1c:	define _zero1c label
zero1d:	define _zero1d label
zero1e:	define _zero1e label
zero2:	define _zero2 label
zero3:	define _zero3 label
zero4:	define _zero4 label
zero5:	define _zero 5 label
zero6:	define _zero6 label
zero7:	define _zero7 label
zero8:	define _zero8 label
zero9:	define _zero9 label
zeroa:	define _zeroa label
zerob:	define _zerob label
zeroc:	define _zeroc label
zerod:	define _zerod label
zeroe:	define _zeroe label
zerof:	define _zerof label

xor ecx,ecx

zero out ecx register

xor ecx,ecx

clear ecx

xor ecx,ecx

zero out ecx

xor ecx,ecx \n mul ecx

clear ecx and eax

xor ecx,ecx \n mul ecx

clear ecx and eax register

xor ecx,ecx \n mul ecx

clear ecx and eax registers

xor ecx,ecx \n mul ecx

clear eax and ebx registers

xor ecx,ecx \n xor eax, eax

clear eax and ecx registers

xor edi, ebp

xoring ebp with edi register

xor edi, edi

zero out edi register

xor edi, edi

initialize edi with 0

xor edi, edi

clear the edi register

xor edi, edi

init edi 0

xor edi, edi \n xor eax, eax \n xor ebx, ebx \n xor edx, edx

zero out the edi, eax, ebx and edx registers

xor edx, ecx \n mov dl, [esi+1]

clean the edx register and move the next byte of the shellcode into the lower byte of the register

xor edx, ecx \n mov dl, [esi+1]

clear the edx register and move the next byte of the shellcode into the lower byte of the register

xor edx, ecx \n mov dl, [esi+1]

zero out the edx register and move the next byte of the shellcode into the lower byte of the register

xor edx, edx

clear edx

xor edx, edx

clear edx register

xor edx, edx

zero out edx register

xor edx, edx

zero out edx

xor edx, edx

zero out edx register using xor operation

xor edx, edx

initialize edx with the decimal value 0

xor edx, edx

initialize edx with the hexadecimal value 0x0

xor edx, edx

clear the edx register

xor edx, edx

set the contents of edx to zero

xor edx, edx

set the edx register to null

xor edx, edx

zero out the edx register

xor edx, edx

reset edx to 0

xor edx, edx \n cmp ecx, edx \n je l2

zero out the edx register and jump to the l2 label if the contents of the ecx register is equal to the contents of the edx register

xor edx, edx \n cmp ecx, edx \n jne l2

zero out the edx register and jump to the l2 label if the contents of the ecx register is not equal to the contents of the edx register

xor edx, edx \n mov dl, [esi]

clear the edx register and move the current byte of the shellcode into the lowest byte of the register

xor edx, edx \n mov dl, 0x3

zero out edx and move 0x3 in the lowest byte of the register

xor edx, edx \n mov dl, 0x4

clear edx and move 0x4 in the lowest byte of the register

xor edx, edx \n mov dl, 2

clear the edx register and move 2 in the lowest byte of the register

xor edx, edx \n mov dl, 5

clean the edx register and move 5 in the lowest byte of the register

xor edx, edx \n mul edx

zero out eax and edx

xor edx, edx \n mul edx

zero out the eax and edx register

xor edx, edx \n push edx

clear edx and push it on the stack

xor edx, edx \n push edx

push null into stack

xor edx, edx \n push edx

zero out edx register then push its content on stack

xor edx, edx \n push edx

zero out the edx register and push zero onto the stack

xor edx, edx \n push edx

push zero onto the stack

xor edx, edx \n push edx

clear the edx register and push its contents onto the stack

xor edx, edx \n push edx \n push 0x01 \n push 0x02 \n mov ecx, esp

zero out edx register and save af_inet, sock_stream and edx contents in ecx

xor edx, edx \n xor ecx, ecx

clear edx and ecx reegsiter

xor edx, edx \n xor esi, esi

zero out edx and esi register

xor edx,edx

clear edx

xor edx,edx

clear edx register

xor edx,edx

zero out edx

xor edx,edx

zero out edx register

xor edx,edx \n mul edx

clear edx and eaz registers

xor edx,edx \n push edx

clear edx adn push null terminating string on stack

xor esi, esi

zero out esi register

xor esi, esi

zero out esi content

xor esi, esi

clean esi

xor esi, esi

initialize the esi register with the decimal value 0

xor esi, esi

init the esi register to 0

xor esi, esi

clear the esi register

xor rdx, rdx \n push rdx

zero out rdx and push it on stack

xor zero_reg, zero_reg

clear zero_reg

xor zero_reg, zero_reg

zero out zero_reg

xor_decode:

define xor_decode_label

xordecode:

declare _xordecode label

xordecode:

define xordecode

y dd 3000

declare a doubleword at address y initialized to contain 3000

y: dd 0x0

create the doubleword variable y in memory and initialize it to zero

ymmval: resw 1

reserve one word for ymmval

z dd 1, 2, 3

declare three doubleword values initialized to 1 2 and 3 at address z

z dd 1,2,3

declare three doublewords of memory starting at address z and initialized to 1 2 and 3

z: dd 0x0

create the doubleword variable z in memory and initialize it to zero

zero10:

define _zeero10 label

zero11:

define _zero11 label

zero12:

define _zero12 label

zero13:

define _zero13 label

zero14:

define _zero14 label

zero15:

define _zero15 label

zero16:

define _zero16 label

zero17:

define _zero17 label

zero18:

define _zero18 label

zero19:

define _zero19 label

zero1a:

define _zero1a label

zero1b:

define _zero1b label

zero1c:

define _zero1c label

zero1d:

define _zero1d label

zero1e:

define _zero1e label

zero2:

define _zero2 label

zero3:

define _zero3 label

zero4:

define _zero4 label

zero5:

define _zero 5 label

zero6:

define _zero6 label

zero7:

define _zero7 label

zero8:

define _zero8 label

zero9:

define _zero9 label

zeroa:

define _zeroa label

zerob:

define _zerob label

zeroc:

define _zeroc label

zerod:

define _zerod label

zeroe:

define _zeroe label

zerof:

define _zerof label