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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import
os
import
sys
import
re
import
json
import
time
import
base64
import
random
import
string
import
shutil
import
asyncio
import
platform
import
signal
import
threading
import
subprocess
import
datetime
import
requests
from
pathlib
import
Path
from
urllib
.
parse
import
urlparse
,
quote
from
http
.
server
import
ThreadingHTTPServer
,
BaseHTTPRequestHandler
from
cryptography
.
hazmat
.
primitives
.
asymmetric
import
x25519
,
ec
from
cryptography
.
hazmat
.
primitives
import
serialization
,
hashes
from
cryptography
import
x509
from
cryptography
.
x509
.
oid
import
NameOID
# =========================== 环境变量 ===========================
UPLOAD_URL
=
os
.
environ
.
get
(
'UPLOAD_URL'
,
''
)
# 节点或订阅上传地址
PROJECT_URL
=
os
.
environ
.
get
(
'PROJECT_URL'
,
''
)
# 项目url,用于自动保活或上传订阅
AUTO_ACCESS
=
os
.
environ
.
get
(
'AUTO_ACCESS'
,
''
).
lower
()
==
'true'
# true开启自动保活,默认关闭
FILE_PATH
=
os
.
environ
.
get
(
'FILE_PATH'
,
'.cache'
)
# 运行目录,sub.txt保存路径
SUB_PATH
=
os
.
environ
.
get
(
'SUB_PATH'
,
'sub'
)
# 订阅token
UUID
=
os
.
environ
.
get
(
'UUID'
,
'20e6e496-cf19-45c8-b883-14f5e11cd9f1'
)
# UUID
NEZHA_SERVER
=
os
.
environ
.
get
(
'NEZHA_SERVER'
,
''
)
# 哪吒面板域名,v0：nezha.xxx.com v1: nezha.xxx.com:8008
NEZHA_PORT
=
os
.
environ
.
get
(
'NEZHA_PORT'
,
''
)
# v1留空, v0填agent通信端口
NEZHA_KEY
=
os
.
environ
.
get
(
'NEZHA_KEY'
,
''
)
# v1的NZ_CLIENT_SECRET或v0 agent密钥
ARGO_DOMAIN
=
os
.
environ
.
get
(
'ARGO_DOMAIN'
,
''
)
# Argo固定隧道域名,留空使用临时隧道
ARGO_AUTH
=
os
.
environ
.
get
(
'ARGO_AUTH'
,
''
)
# Argo固定隧道token或json,留空使用临时隧道
ARGO_PORT
=
int
(
os
.
environ
.
get
(
'ARGO_PORT'
,
'8001'
))
# Argo隧道端口
S5_PORT
=
os
.
environ
.
get
(
'S5_PORT'
,
''
)
# socks5端口,留空不开启
HY2_PORT
=
os
.
environ
.
get
(
'HY2_PORT'
,
''
)
# hy2端口,留空不开启
REALITY_PORT
=
os
.
environ
.
get
(
'REALITY_PORT'
,
''
)
# reality端口,留空不开启
CFIP
=
os
.
environ
.
get
(
'CFIP'
,
'cf.877774.xyz'
)
# 优选ip或域名
CFPORT
=
int
(
os
.
environ
.
get
(
'CFPORT'
,
'443'
))
# 优选端口
NAME
=
os
.
environ
.
get
(
'NAME'
,
''
)
# 节点名称
CHAT_ID
=
os
.
environ
.
get
(
'CHAT_ID'
,
''
)
# Telegram chat_id
BOT_TOKEN
=
os
.
environ
.
get
(
'BOT_TOKEN'
,
''
)
# Telegram bot_token
PORT
=
int
(
os
.
environ
.
get
(
'PORT'
)
or
'3000'
)
# http订阅端口
SHOW_LOG
=
os
.
environ
.
get
(
'SHOW_LOG'
,
'true'
).
lower
()
not
in
(
'false'
,
'disable'
,
'no'
)
# 是否显示日志,默认显示，no/false/disable 不显示
# =========================== 日志控制 ===========================
def
log
(
msg
):
if
SHOW_LOG
:
print
(
msg
)
def
log_error
(
msg
):
if
SHOW_LOG
:
print
(
msg
,
file
=
sys
.
stderr
)
def
always_log
(
msg
):
sys
.
stdout
.
write
(
msg
+
'
\n
'
)
sys
.
stdout
.
flush
()
# =========================== 全局变量 ===========================
private_key
=
''
public_key
=
''
sub_txt_content
=
''
FILE_PATH
=
Path
(
FILE_PATH
).
resolve
()
def
generate_random_name
(
length
=
6
):
return
''
.
join
(
random
.
choices
(
string
.
ascii_lowercase
,
k
=
length
))
web_name
=
generate_random_name
()
bot_name
=
generate_random_name
()
npm_name
=
generate_random_name
()
php_name
=
generate_random_name
()
web_path
=
FILE_PATH
/
web_name
bot_path
=
FILE_PATH
/
bot_name
npm_path
=
FILE_PATH
/
npm_name
php_path
=
FILE_PATH
/
php_name
sub_path
=
FILE_PATH
/
'sub.txt'
list_path
=
FILE_PATH
/
'list.txt'
boot_log_path
=
FILE_PATH
/
'boot.log'
config_path
=
FILE_PATH
/
'config.json'
nezha_config_path
=
FILE_PATH
/
'config.yaml'
cert_path
=
FILE_PATH
/
'cert.pem'
key_path
=
FILE_PATH
/
'private.key'
# =========================== 端口检查 ===========================
def
is_valid_port
(
port
):
try
:
if
port
is
None
or
port
==
''
:
return
False
port_num
=
int
(
port
)
if
port_num
<
1
or
port_num
>
65535
:
return
False
return
True
except
(
ValueError
,
TypeError
):
return
False
# =========================== X25519 密钥对生成 ===========================
def
generate_x25519_keypair
():
"""使用 cryptography 库生成 X25519 密钥对,返回 base64url 编码的私钥和公钥"""
priv
=
x25519
.
X25519PrivateKey
.
generate
()
pub
=
priv
.
public_key
()
priv_bytes
=
priv
.
private_bytes
(
encoding
=
serialization
.
Encoding
.
Raw
,
format
=
serialization
.
PrivateFormat
.
Raw
,
encryption_algorithm
=
serialization
.
NoEncryption
()
)
pub_bytes
=
pub
.
public_bytes
(
encoding
=
serialization
.
Encoding
.
Raw
,
format
=
serialization
.
PublicFormat
.
Raw
)
return
{
'privateKey'
:
base64
.
urlsafe_b64encode
(
priv_bytes
).
decode
().
rstrip
(
'='
),
'publicKey'
:
base64
.
urlsafe_b64encode
(
pub_bytes
).
decode
().
rstrip
(
'='
)
}
def
generate_or_load_keypair
():
"""生成或加载 X25519 密钥对"""
global
private_key
,
public_key
key_file_path
=
FILE_PATH
/
'key.txt'
if
key_file_path
.
exists
():
content
=
key_file_path
.
read_text
(
encoding
=
'utf-8'
)
priv_match
=
re
.
search
(
r'PrivateKey:\s*(.*)'
,
content
)
pub_match
=
re
.
search
(
r'PublicKey:\s*(.*)'
,
content
)
if
priv_match
and
pub_match
:
private_key
=
priv_match
.
group
(
1
).
strip
()
public_key
=
pub_match
.
group
(
1
).
strip
()
log
(
f'Private Key:
{
private_key
}
'
)
log
(
f'Public Key:
{
public_key
}
'
)
return
keypair
=
generate_x25519_keypair
()
private_key
=
keypair
[
'privateKey'
]
public_key
=
keypair
[
'publicKey'
]
key_file_path
.
write_text
(
f'PrivateKey:
{
private_key
}
\n
PublicKey:
{
public_key
}
\n
'
,
encoding
=
'utf-8'
)
log
(
f'Private Key:
{
private_key
}
'
)
log
(
f'Public Key:
{
public_key
}
'
)
# =========================== TLS 证书生成 ===========================
FALLBACK_EC_KEY
=
(
'-----BEGIN EC PARAMETERS-----
\n
'
'BggqhkjOPQMBBw==
\n
'
'-----END EC PARAMETERS-----
\n
'
'-----BEGIN EC PRIVATE KEY-----
\n
'
'MHcCAQEEIM4792SEtPqIt1ywqTd/0bYidBqpYV/++siNnfBYsdUYoAoGCCqGSM49
\n
'
'AwEHoUQDQgAE1kHafPj07rJG+HboH2ekAI4r+e6TL38GWASANnngZreoQDF16ARa
\n
'
'/TsyLyFoPkhLxSbehH/NBEjHtSZGaDhMqQ==
\n
'
'-----END EC PRIVATE KEY-----
\n
'
)
FALLBACK_CERT
=
(
'-----BEGIN CERTIFICATE-----
\n
'
'MIIBejCCASGgAwIBAgIUfWeQL3556PNJLp/veCFxGNj9crkwCgYIKoZIzj0EAwIw
\n
'
'EzERMA8GA1UEAwwIYmluZy5jb20wHhcNMjUwOTE4MTgyMDIyWhcNMzUwOTE2MTgy
\n
'
'MDIyWjATMREwDwYDVQQDDAhiaW5nLmNvbTBZMBMGByqGSM49AgEGCCqGSM49AwEH
\n
'
'A0IABNZB2nz49O6yRvh26B9npACOK/nuky9/BlgEgDZ54Ga3qEAxdegEWv07Mi8h
\n
'
'aD5IS8Um3oR/zQRIx7UmRmg4TKmjUzBRMB0GA1UdDgQWBBTV1cFID7UISE7PLTBR
\n
'
'BfGbgkrMNzAfBgNVHSMEGDAWgBTV1cFID7UISE7PLTBRBfGbgkrMNzAPBgNVHRMB
\n
'
'Af8EBTADAQH/MAoGCCqGSM49BAMCA0cAMEQCIAIDAJvg0vd/ytrQVvEcSm6XTlB+
\n
'
'eQ6OFb9LbLYL9f+sAiAffoMbi4y/0YUSlTtz7as9S8/lciBF5VCUoVIKS+vX2g==
\n
'
'-----END CERTIFICATE-----
\n
'
)
def
ensure_tls_certificates
(
cert_file
,
key_file
):
"""生成自签名 TLS 证书 (用于 Hysteria2)"""
if
cert_file
.
exists
()
and
key_file
.
exists
():
return
cert_file
.
parent
.
mkdir
(
parents
=
True
,
exist_ok
=
True
)
try
:
ec_private_key
=
ec
.
generate_private_key
(
ec
.
SECP256R1
())
subject
=
issuer
=
x509
.
Name
([
x509
.
NameAttribute
(
NameOID
.
COMMON_NAME
,
'bing.com'
)
])
cert_obj
=
(
x509
.
CertificateBuilder
()
.
subject_name
(
subject
)
.
issuer_name
(
issuer
)
.
public_key
(
ec_private_key
.
public_key
())
.
serial_number
(
x509
.
random_serial_number
())
.
not_valid_before
(
datetime
.
datetime
.
now
(
datetime
.
timezone
.
utc
).
replace
(
tzinfo
=
None
))
.
not_valid_after
((
datetime
.
datetime
.
now
(
datetime
.
timezone
.
utc
)
+
datetime
.
timedelta
(
days
=
3650
)).
replace
(
tzinfo
=
None
))
.
sign
(
ec_private_key
,
hashes
.
SHA256
())
)
key_pem
=
ec_private_key
.
private_bytes
(
encoding
=
serialization
.
Encoding
.
PEM
,
format
=
serialization
.
PrivateFormat
.
TraditionalOpenSSL
,
encryption_algorithm
=
serialization
.
NoEncryption
()
)
cert_pem
=
cert_obj
.
public_bytes
(
serialization
.
Encoding
.
PEM
)
key_file
.
write_bytes
(
key_pem
)
cert_file
.
write_bytes
(
cert_pem
)
except
Exception
as
e
:
log_error
(
f'Failed to generate TLS certificate:
{
e
}
'
)
key_file
.
write_text
(
FALLBACK_EC_KEY
,
encoding
=
'utf-8'
)
cert_file
.
write_text
(
FALLBACK_CERT
,
encoding
=
'utf-8'
)
# =========================== 证书指纹计算 ===========================
def
get_certificate_fingerprint
(
cert_file
):
"""计算证书的 SHA-256 指纹,优先用 openssl,不可用时用 cryptography 兜底"""
try
:
result
=
subprocess
.
run
(
[
'openssl'
,
'x509'
,
'-noout'
,
'-fingerprint'
,
'-sha256'
,
'-in'
,
str
(
cert_file
)],
capture_output
=
True
,
text
=
True
,
timeout
=
3
)
if
result
.
returncode
==
0
:
output
=
result
.
stdout
.
strip
()
match
=
re
.
search
(
r'=(.+)$'
,
output
)
if
match
and
match
.
group
(
1
):
return
match
.
group
(
1
).
upper
()
except
Exception
:
pass
try
:
with
open
(
cert_file
,
'rb'
)
as
f
:
cert_data
=
f
.
read
()
cert
=
x509
.
load_pem_x509_certificate
(
cert_data
)
fingerprint
=
cert
.
fingerprint
(
hashes
.
SHA256
())
return
':'
.
join
(
f'
{
b
:02X
}
'
for
b
in
fingerprint
)
except
Exception
as
e
:
log_error
(
f'Failed to calculate certificate fingerprint:
{
e
}
'
)
return
''
# =========================== 创建运行文件夹 ===========================
def
create_directory
():
if
not
SHOW_LOG
:
print
(
'
\033
c'
,
end
=
''
)
FILE_PATH
.
mkdir
(
parents
=
True
,
exist_ok
=
True
)
# log(f'{FILE_PATH} is ready')
# =========================== 删除旧节点 ===========================
def
delete_nodes
():
try
:
if
not
UPLOAD_URL
:
return
if
not
sub_path
.
exists
():
return
content
=
sub_path
.
read_text
(
encoding
=
'utf-8'
)
decoded
=
base64
.
b64decode
(
content
).
decode
(
'utf-8'
)
nodes
=
[
line
for
line
in
decoded
.
split
(
'
\n
'
)
if
re
.
match
(
r'(vless|vmess|trojan|hysteria2|socks)://'
,
line
)]
if
not
nodes
:
return
requests
.
post
(
f'
{
UPLOAD_URL
}
/api/delete-nodes'
,
json
=
{
'nodes'
:
nodes
},
timeout
=
10
)
except
Exception
:
pass
# =========================== 清理历史文件 ===========================
def
cleanup_old_files
():
"""清理 FILE_PATH 目录下的所有文件, 保留 key.txt/cert.pem/private.key"""
# key.txt: Reality 密钥对, cert.pem/private.key: Hysteria2 证书, 删除后重启指纹变化导致节点失效
preserve_files
=
{
FILE_PATH
/
'key.txt'
,
cert_path
,
key_path
}
try
:
for
item
in
FILE_PATH
.
iterdir
():
if
item
in
preserve_files
:
continue
try
:
if
item
.
is_file
():
item
.
unlink
()
elif
item
.
is_dir
():
shutil
.
rmtree
(
item
)
except
Exception
:
pass
except
Exception
:
pass
# =========================== 判断系统架构 ===========================
def
get_system_architecture
():
arch
=
platform
.
machine
().
lower
()
if
arch
in
(
'arm'
,
'arm64'
,
'aarch64'
):
return
'arm'
return
'amd'
# =========================== 下载文件 ===========================
def
download_file
(
file_name
,
file_url
):
file_path
=
FILE_PATH
/
file_name
try
:
response
=
requests
.
get
(
file_url
,
stream
=
True
,
timeout
=
180
)
response
.
raise_for_status
()
with
open
(
file_path
,
'wb'
)
as
f
:
for
chunk
in
response
.
iter_content
(
chunk_size
=
8192
):
f
.
write
(
chunk
)
log
(
f'Download
{
file_name
}
successfully'
)
return
True
except
Exception
as
e
:
log_error
(
f'Download
{
file_name
}
failed:
{
e
}
'
)
try
:
file_path
.
unlink
()
except
FileNotFoundError
:
pass
return
False
def
download_all_files
():
"""下载所需二进制文件"""
architecture
=
get_system_architecture
()
base_url
=
'https://arm64.ssss.nyc.mn'
if
architecture
==
'arm'
else
'https://amd64.ssss.nyc.mn'
downloads
=
[
{
'name'
:
web_name
,
'url'
:
f'
{
base_url
}
/web'
},
{
'name'
:
bot_name
,
'url'
:
f'
{
base_url
}
/bot'
},
]
if
NEZHA_SERVER
and
NEZHA_KEY
:
if
NEZHA_PORT
:
downloads
.
append
({
'name'
:
npm_name
,
'url'
:
f'
{
base_url
}
/agent'
})
else
:
downloads
.
append
({
'name'
:
php_name
,
'url'
:
f'
{
base_url
}
/v1'
})
else
:
log
(
'NEZHA variable is empty, skipping nezha-agent'
)
for
item
in
downloads
:
download_file
(
item
[
'name'
],
item
[
'url'
])
# =========================== 授权文件执行权限 ===========================
def
authorize_files
(
file_names
):
for
name
in
file_names
:
file_path
=
FILE_PATH
/
name
if
file_path
.
exists
():
try
:
os
.
chmod
(
str
(
file_path
),
0o775
)
log
(
f'Empowerment success for
{
name
}
: 775'
)
except
Exception
as
e
:
log_error
(
f'Empowerment failed for
{
name
}
:
{
e
}
'
)
# =========================== Argo 隧道配置 ===========================
def
argo_type
():
if
not
ARGO_AUTH
or
not
ARGO_DOMAIN
:
log
(
'ARGO_DOMAIN or ARGO_AUTH variable is empty, use quick tunnels'
)
return
if
'TunnelSecret'
in
ARGO_AUTH
:
(
FILE_PATH
/
'tunnel.json'
).
write_text
(
ARGO_AUTH
,
encoding
=
'utf-8'
)
tunnel_id
=
ARGO_AUTH
.
split
(
'"'
)[
11
]
tunnel_yaml
=
f"""
tunnel:
{
tunnel_id
}
credentials-file:
{
FILE_PATH
/
'tunnel.json'
}
protocol: http2
ingress:
- hostname:
{
ARGO_DOMAIN
}
service: http://localhost:
{
ARGO_PORT
}
originRequest:
noTLSVerify: true
- service: http_status:404
"""
(
FILE_PATH
/
'tunnel.yml'
).
write_text
(
tunnel_yaml
,
encoding
=
'utf-8'
)
else
:
log
(
f'Using token connect to tunnel, please set
{
ARGO_PORT
}
in cloudflare'
)
# =========================== Nezha 配置生成 ===========================
def
generate_nezha_config
():
if
not
NEZHA_SERVER
or
not
NEZHA_KEY
:
return
if
NEZHA_PORT
:
return
# v0 模式不需要 config.yaml
nzport
=
NEZHA_SERVER
.
split
(
':'
)[
-
1
]
if
':'
in
NEZHA_SERVER
else
''
tls_ports
=
{
'443'
,
'8443'
,
'2096'
,
'2087'
,
'2083'
,
'2053'
}
nezhatls
=
'true'
if
nzport
in
tls_ports
else
'false'
config_yaml
=
f"""client_secret:
{
NEZHA_KEY
}
debug: false
disable_auto_update: true
disable_command_execute: false
disable_force_update: true
disable_nat: false
disable_send_query: false
gpu: false
insecure_tls: true
ip_report_period: 1800
report_delay: 4
server:
{
NEZHA_SERVER
}
skip_connection_count: true
skip_procs_count: true
temperature: false
tls:
{
nezhatls
}
use_gitee_to_upgrade: false
use_ipv6_country_code: false
uuid:
{
UUID
}
"""
nezha_config_path
.
write_text
(
config_yaml
,
encoding
=
'utf-8'
)
# =========================== Xray 配置生成 ===========================
def
generate_xray_config
():
config
=
{
"log"
: {
"access"
:
"/dev/null"
,
"error"
:
"/dev/null"
,
"loglevel"
:
"none"
},
"inbounds"
: [
{
"tag"
:
"vless-fallback-in"
,
"listen"
:
"::"
,
"port"
:
ARGO_PORT
,
"protocol"
:
"vless"
,
"settings"
: {
"clients"
: [{
"id"
:
UUID
,
"flow"
:
"xtls-rprx-vision"
}],
"decryption"
:
"none"
,
"fallbacks"
: [
{
"dest"
:
3001
},
{
"path"
:
"/vless-argo"
,
"dest"
:
3002
},
{
"path"
:
"/vmess-argo"
,
"dest"
:
3003
},
{
"path"
:
"/trojan-argo"
,
"dest"
:
3004
}
]
},
"streamSettings"
: {
"network"
:
"tcp"
}
},
{
"tag"
:
"vless-tcp-in"
,
"port"
:
3001
,
"listen"
:
"127.0.0.1"
,
"protocol"
:
"vless"
,
"settings"
: {
"clients"
: [{
"id"
:
UUID
}],
"decryption"
:
"none"
},
"streamSettings"
: {
"network"
:
"tcp"
,
"security"
:
"none"
}
},
{
"tag"
:
"vless-ws-in"
,
"port"
:
3002
,
"listen"
:
"127.0.0.1"
,
"protocol"
:
"vless"
,
"settings"
: {
"clients"
: [{
"id"
:
UUID
,
"level"
:
0
}],
"decryption"
:
"none"
},
"streamSettings"
: {
"network"
:
"ws"
,
"security"
:
"none"
,
"wsSettings"
: {
"path"
:
"/vless-argo"
}
},
"sniffing"
: {
"enabled"
:
True
,
"destOverride"
: [
"http"
,
"tls"
,
"quic"
],
"metadataOnly"
:
False
}
},
{
"tag"
:
"vmess-ws-in"
,
"port"
:
3003
,
"listen"
:
"127.0.0.1"
,
"protocol"
:
"vmess"
,
"settings"
: {
"clients"
: [{
"id"
:
UUID
,
"alterId"
:
0
}]
},
"streamSettings"
: {
"network"
:
"ws"
,
"wsSettings"
: {
"path"
:
"/vmess-argo"
}
},
"sniffing"
: {
"enabled"
:
True
,
"destOverride"
: [
"http"
,
"tls"
,
"quic"
],
"metadataOnly"
:
False
}
},
{
"tag"
:
"trojan-ws-in"
,
"port"
:
3004
,
"listen"
:
"127.0.0.1"
,
"protocol"
:
"trojan"
,
"settings"
: {
"clients"
: [{
"password"
:
UUID
}]
},
"streamSettings"
: {
"network"
:
"ws"
,
"security"
:
"none"
,
"wsSettings"
: {
"path"
:
"/trojan-argo"
}
},
"sniffing"
: {
"enabled"
:
True
,
"destOverride"
: [
"http"
,
"tls"
,
"quic"
],
"metadataOnly"
:
False
}
}
],
"dns"
: {
"servers"
: [
"https+local://8.8.8.8/dns-query"
]},
"outbounds"
: [
{
"protocol"
:
"freedom"
,
"tag"
:
"direct"
},
{
"protocol"
:
"blackhole"
,
"tag"
:
"block"
}
]
}
# VLESS Reality 配置
if
is_valid_port
(
REALITY_PORT
):
config
[
"inbounds"
].
append
({
"tag"
:
"vless-reality-in"
,
"listen"
:
"::"
,
"port"
:
int
(
REALITY_PORT
),
"protocol"
:
"vless"
,
"settings"
: {
"clients"
: [{
"id"
:
UUID
,
"flow"
:
"xtls-rprx-vision"
}],
"decryption"
:
"none"
},
"streamSettings"
: {
"network"
:
"raw"
,
"security"
:
"reality"
,
"realitySettings"
: {
"show"
:
False
,
"dest"
:
"www.iij.ad.jp:443"
,
"xver"
:
0
,
"serverNames"
: [
"www.iij.ad.jp"
],
"privateKey"
:
private_key
,
"shortIds"
: [
""
]
}
}
})
# Hysteria2 配置
if
is_valid_port
(
HY2_PORT
):
config
[
"inbounds"
].
append
({
"tag"
:
"hysteria-in"
,
"listen"
:
"::"
,
"port"
:
int
(
HY2_PORT
),
"protocol"
:
"hysteria"
,
"settings"
: {
"version"
:
2
,
"clients"
: [{
"auth"
:
UUID
}]
},
"streamSettings"
: {
"network"
:
"hysteria"
,
"hysteriaSettings"
: {
"version"
:
2
,
"masquerade"
: {
"type"
:
"proxy"
,
"url"
:
"https://bing.com"
}
},
"security"
:
"tls"
,
"tlsSettings"
: {
"alpn"
: [
"h3"
],
"certificates"
: [
{
"certificateFile"
:
str
(
cert_path
),
"keyFile"
:
str
(
key_path
)
}
]
}
}
})
# SOCKS5 配置
if
is_valid_port
(
S5_PORT
):
config
[
"inbounds"
].
append
({
"tag"
:
"s5-in"
,
"listen"
:
"::"
,
"port"
:
int
(
S5_PORT
),
"protocol"
:
"socks"
,
"settings"
: {
"auth"
:
"password"
,
"accounts"
: [{
"user"
:
UUID
[:
8
],
"pass"
:
UUID
[
-
12
:]}],
"udp"
:
True
}
})
config_path
.
write_text
(
json
.
dumps
(
config
,
indent
=
2
),
encoding
=
'utf-8'
)
# =========================== 执行命令 ===========================
def
exec_cmd
(
command
):
try
:
process
=
subprocess
.
Popen
(
command
,
shell
=
True
,
stdout
=
subprocess
.
PIPE
,
stderr
=
subprocess
.
PIPE
,
text
=
True
)
stdout
,
stderr
=
process
.
communicate
()
return
stdout
+
stderr
except
Exception
as
e
:
log_error
(
f'Error executing command:
{
e
}
'
)
return
str
(
e
)
# =========================== 下载并运行 ===========================
def
download_files_and_run
():
architecture
=
get_system_architecture
()
# 下载文件
download_all_files
()
# 授权执行权限
files_to_authorize
=
[
web_name
,
bot_name
]
if
NEZHA_SERVER
and
NEZHA_KEY
:
if
NEZHA_PORT
:
files_to_authorize
.
append
(
npm_name
)
else
:
files_to_authorize
.
append
(
php_name
)
authorize_files
(
files_to_authorize
)
# 生成 Nezha 配置
generate_nezha_config
()
# 运行 Nezha
if
NEZHA_SERVER
and
NEZHA_PORT
and
NEZHA_KEY
:
tls_ports
=
[
'443'
,
'8443'
,
'2096'
,
'2087'
,
'2083'
,
'2053'
]
nezha_tls
=
'--tls'
if
NEZHA_PORT
in
tls_ports
else
''
command
=
f"nohup
{
npm_path
}
-s
{
NEZHA_SERVER
}
:
{
NEZHA_PORT
}
-p
{
NEZHA_KEY
}
{
nezha_tls
}
--disable-auto-update --report-delay 4 --skip-conn --skip-procs >/dev/null 2>&1 &"
try
:
exec_cmd
(
command
)
log
(
f'
{
npm_name
}
is running'
)
time
.
sleep
(
1
)
except
Exception
as
e
:
log_error
(
f'npm running error:
{
e
}
'
)
elif
NEZHA_SERVER
and
NEZHA_KEY
:
command
=
f'nohup
{
php_path
}
-c "
{
nezha_config_path
}
" >/dev/null 2>&1 &'
try
:
exec_cmd
(
command
)
log
(
f'
{
php_name
}
is running'
)
time
.
sleep
(
1
)
except
Exception
as
e
:
log_error
(
f'php running error:
{
e
}
'
)
else
:
log
(
'NEZHA variable is empty, skipping running'
)
# 运行 Xray
command
=
f'nohup
{
web_path
}
-c
{
config_path
}
>/dev/null 2>&1 &'
try
:
exec_cmd
(
command
)
log
(
f'
{
web_name
}
is running'
)
time
.
sleep
(
1
)
except
Exception
as
e
:
log_error
(
f'web running error:
{
e
}
'
)
# 运行 Cloudflared
if
bot_path
.
exists
():
if
re
.
match
(
r'^[A-Z0-9a-z=]{120,250}$'
,
ARGO_AUTH
):
args
=
f"tunnel --edge-ip-version auto --no-autoupdate --protocol http2 run --token
{
ARGO_AUTH
}
"
elif
"TunnelSecret"
in
ARGO_AUTH
:
args
=
f"tunnel --edge-ip-version auto --config
{
FILE_PATH
/
'tunnel.yml'
}
run"
else
:
args
=
f"tunnel --edge-ip-version auto --no-autoupdate --protocol http2 --logfile
{
boot_log_path
}
--loglevel info --url http://localhost:
{
ARGO_PORT
}
"
try
:
exec_cmd
(
f"nohup
{
bot_path
}
{
args
}
>/dev/null 2>&1 &"
)
log
(
f'
{
bot_name
}
is running'
)
time
.
sleep
(
2
)
except
Exception
as
e
:
log_error
(
f'Error executing command:
{
e
}
'
)
time
.
sleep
(
5
)
# =========================== 提取隧道域名 ===========================
def
extract_domains
():
argo_domain
=
None
if
ARGO_AUTH
and
ARGO_DOMAIN
:
argo_domain
=
ARGO_DOMAIN
log
(
f'ARGO_DOMAIN:
{
argo_domain
}
'
)
generate_links
(
argo_domain
)
else
:
try
:
if
boot_log_path
.
exists
():
file_content
=
boot_log_path
.
read_text
(
encoding
=
'utf-8'
)
lines
=
file_content
.
split
(
'
\n
'
)
argo_domains
=
[]
for
line
in
lines
:
domain_match
=
re
.
search
(
r'https?://([^ ]*trycloudflare\.com)/?'
,
line
)
if
domain_match
:
domain
=
domain_match
.
group
(
1
)
argo_domains
.
append
(
domain
)
if
argo_domains
:
argo_domain
=
argo_domains
[
0
]
log
(
f'ArgoDomain:
{
argo_domain
}
'
)
generate_links
(
argo_domain
)
else
:
log
(
'ArgoDomain not found, re-running bot to obtain ArgoDomain'
)
try
:
boot_log_path
.
unlink
()
except
FileNotFoundError
:
pass
try
:
exec_cmd
(
f'pkill -f "[
{
bot_name
[
0
]
}
]
{
bot_name
[
1
:]
}
" > /dev/null 2>&1'
)
except
Exception
:
pass
time
.
sleep
(
3
)
args
=
f'tunnel --edge-ip-version auto --no-autoupdate --protocol http2 --logfile
{
boot_log_path
}
--loglevel info --url http://localhost:
{
ARGO_PORT
}
'
exec_cmd
(
f'nohup
{
bot_path
}
{
args
}
>/dev/null 2>&1 &'
)
log
(
f'
{
bot_name
}
is running'
)
time
.
sleep
(
6
)
extract_domains
()
except
Exception
as
e
:
log_error
(
f'Error reading boot.log:
{
e
}
'
)
# =========================== 获取 ISP 信息 ===========================
def
get_meta_info
():
try
:
resp
=
requests
.
get
(
'https://api.ip.sb/geoip'
,
headers
=
{
'User-Agent'
:
'Mozilla/5.0'
},
timeout
=
3
)
data
=
resp
.
json
()
if
data
.
get
(
'country_code'
)
and
data
.
get
(
'isp'
):
return
f"
{
data
[
'country_code'
]
}
-
{
data
[
'isp'
]
}
"
.
replace
(
' '
,
'_'
)
except
Exception
:
pass
try
:
resp
=
requests
.
get
(
'http://ip-api.com/json'
,
headers
=
{
'User-Agent'
:
'Mozilla/5.0'
},
timeout
=
3
)
data
=
resp
.
json
()
if
data
.
get
(
'status'
)
==
'success'
and
data
.
get
(
'countryCode'
)
and
data
.
get
(
'org'
):
return
f"
{
data
[
'countryCode'
]
}
-
{
data
[
'org'
]
}
"
.
replace
(
' '
,
'_'
)
except
Exception
:
pass
return
'Unknown'
# =========================== 获取服务器公网 IP ===========================
def
get_server_ip
():
server_ip
=
''
try
:
resp
=
requests
.
get
(
'http://ipv4.ip.sb'
,
timeout
=
3
)
server_ip
=
resp
.
text
.
strip
()
except
Exception
:
try
:
result
=
subprocess
.
run
([
'curl'
,
'-sm'
,
'3'
,
'ipv4.ip.sb'
],
capture_output
=
True
,
text
=
True
,
timeout
=
5
)
server_ip
=
result
.
stdout
.
strip
()
except
Exception
:
try
:
resp
=
requests
.
get
(
'http://ipv6.ip.sb'
,
timeout
=
3
)
server_ip
=
f'[
{
resp
.
text
.
strip
()
}
]'
except
Exception
:
try
:
result
=
subprocess
.
run
([
'curl'
,
'-sm'
,
'3'
,
'ipv6.ip.sb'
],
capture_output
=
True
,
text
=
True
,
timeout
=
5
)
server_ip
=
f'[
{
result
.
stdout
.
strip
()
}
]'
except
Exception
as
e
:
log_error
(
f'Failed to get IP address:
{
e
}
'
)
return
server_ip
# =========================== 生成节点链接 ===========================
def
generate_links
(
argo_domain
):
global
sub_txt_content
isp
=
get_meta_info
()
node_name
=
f'
{
NAME
}
-
{
isp
}
'
if
NAME
else
isp
server_ip
=
get_server_ip
()
time
.
sleep
(
2
)
sub_txt
=
''
# Argo 节点 (VLESS / VMess / Trojan)
if
argo_domain
:
sub_txt
+=
f'
\n
vless://
{
UUID
}
@
{
CFIP
}
:
{
CFPORT
}
?encryption=none&security=tls&sni=
{
argo_domain
}
&fp=firefox&type=ws&host=
{
argo_domain
}
&path=%2Fvless-argo%3Fed%3D2560#
{
node_name
}
'
vmess_obj
=
{
'v'
:
'2'
,
'ps'
:
node_name
,
'add'
:
CFIP
,
'port'
:
CFPORT
,
'id'
:
UUID
,
'aid'
:
'0'
,
'scy'
:
'auto'
,
'net'
:
'ws'
,
'type'
:
'none'
,
'host'
:
argo_domain
,
'path'
:
'/vmess-argo?ed=2560'
,
'tls'
:
'tls'
,
'sni'
:
argo_domain
,
'alpn'
:
''
,
'fp'
:
'firefox'
}
vmess_b64
=
base64
.
b64encode
(
json
.
dumps
(
vmess_obj
,
separators
=
(
','
,
':'
)).
encode
()).
decode
()
sub_txt
+=
f'
\n
vmess://
{
vmess_b64
}
'
sub_txt
+=
f'
\n
trojan://
{
UUID
}
@
{
CFIP
}
:
{
CFPORT
}
?security=tls&sni=
{
argo_domain
}
&fp=firefox&type=ws&host=
{
argo_domain
}
&path=%2Ftrojan-argo%3Fed%3D2560#
{
node_name
}
'
# Hysteria2 节点
if
is_valid_port
(
HY2_PORT
):
fingerprint
=
get_certificate_fingerprint
(
cert_path
)
fingerprint_param
=
f'&pinSHA256=
{
quote
(
fingerprint
,
safe
=
""
)
}
'
if
fingerprint
else
''
sub_txt
+=
f'
\n
hysteria2://
{
UUID
}
@
{
server_ip
}
:
{
HY2_PORT
}
/?sni=www.bing.com&insecure=0&alpn=h3&obfs=none
{
fingerprint_param
}
#
{
node_name
}
'
# Reality 节点
if
is_valid_port
(
REALITY_PORT
):
sub_txt
+=
f'
\n
vless://
{
UUID
}
@
{
server_ip
}
:
{
REALITY_PORT
}
?encryption=none&flow=xtls-rprx-vision&security=reality&sni=www.iij.ad.jp&fp=firefox&pbk=
{
public_key
}
&type=tcp&headerType=none#
{
node_name
}
'
# SOCKS5 节点
if
is_valid_port
(
S5_PORT
):
s5_auth
=
base64
.
b64encode
(
f'
{
UUID
[:
8
]
}
:
{
UUID
[
-
12
:]
}
'
.
encode
()).
decode
()
sub_txt
+=
f'
\n
socks://
{
s5_auth
}
@
{
server_ip
}
:
{
S5_PORT
}
#
{
node_name
}
'
sub_txt_b64
=
base64
.
b64encode
(
sub_txt
.
encode
()).
decode
()
if
SHOW_LOG
:
print
(
f'
\033
[32m
{
sub_txt_b64
}
\033
[0m'
)
print
(
f'
\033
[35mLogs will be deleted in 90 seconds, you can copy the above nodes
\033
[0m'
)
sub_path
.
write_text
(
sub_txt_b64
,
encoding
=
'utf-8'
)
list_path
.
write_text
(
sub_txt
,
encoding
=
'utf-8'
)
log
(
f'
{
FILE_PATH
}
/sub.txt saved successfully'
)
sub_txt_content
=
sub_txt_b64
return
sub_txt
# =========================== Telegram 推送 ===========================
def
send_telegram
():
if
not
BOT_TOKEN
or
not
CHAT_ID
:
log
(
'TG variables is empty, Skipping push nodes to TG'
)
return
try
:
message
=
sub_path
.
read_text
(
encoding
=
'utf-8'
)
url
=
f'https://api.telegram.org/bot
{
BOT_TOKEN
}
/sendMessage'
escaped_name
=
re
.
sub
(
r'[_*\[\]()~`>#+=|{}.!-]'
,
r'\\\g<0>'
,
NAME
)
params
=
{
'chat_id'
:
CHAT_ID
,
'text'
:
f'**
{
escaped_name
}
节点推送通知**
\n
```
{
message
}
```'
,
'parse_mode'
:
'MarkdownV2'
}
requests
.
post
(
url
,
params
=
params
,
timeout
=
10
)
log
(
'Telegram message sent successfully'
)
except
Exception
as
e
:
log_error
(
f'Failed to send Telegram message:
{
e
}
'
)
# =========================== 上传节点到订阅器 ===========================
def
upload_nodes
():
if
UPLOAD_URL
and
PROJECT_URL
:
subscription_url
=
f'
{
PROJECT_URL
}
/
{
SUB_PATH
}
'
try
:
resp
=
requests
.
post
(
f'
{
UPLOAD_URL
}
/api/add-subscriptions'
,
json
=
{
'subscription'
: [
subscription_url
]},
timeout
=
10
)
if
resp
.
status_code
==
200
:
log
(
'Subscription uploaded successfully'
)
except
Exception
:
pass
elif
UPLOAD_URL
:
if
not
list_path
.
exists
():
return
content
=
list_path
.
read_text
(
encoding
=
'utf-8'
)
nodes
=
[
line
for
line
in
content
.
split
(
'
\n
'
)
if
re
.
match
(
r'(vless|vmess|trojan|hysteria2|socks)://'
,
line
)]
if
not
nodes
:
return
try
:
resp
=
requests
.
post
(
f'
{
UPLOAD_URL
}
/api/add-nodes'
,
json
=
{
'nodes'
:
nodes
},
timeout
=
10
)
if
resp
.
status_code
==
200
:
log
(
'Nodes uploaded successfully'
)
except
Exception
:
pass
# =========================== 自动保活 ===========================
def
add_visit_task
():
if
not
AUTO_ACCESS
or
not
PROJECT_URL
:
log
(
'Skipping adding automatic access task'
)
return
try
:
requests
.
post
(
'https://oooo.serv00.net/add-url'
,
json
=
{
'url'
:
PROJECT_URL
},
headers
=
{
'Content-Type'
:
'application/json'
},
timeout
=
10
)
log
(
'automatic access task added successfully'
)
except
Exception
as
e
:
log_error
(
f'Add URL failed:
{
e
}
'
)
# =========================== 文件清理 ===========================
def
clean_files
():
def
cleanup
():
time
.
sleep
(
90
)
# 注意: key.txt/cert.pem/private.key 不能删除, 删除后重启会导致 Reality 公钥和 Hysteria2 证书指纹变化, 节点失效
files_to_delete
=
[
boot_log_path
,
config_path
,
list_path
,
nezha_config_path
,
web_path
,
bot_path
,
FILE_PATH
/
'tunnel.json'
,
FILE_PATH
/
'tunnel.yml'
]
if
NEZHA_PORT
:
files_to_delete
.
append
(
npm_path
)
elif
NEZHA_SERVER
and
NEZHA_KEY
:
files_to_delete
.
append
(
php_path
)
for
f
in
files_to_delete
:
try
:
f
.
unlink
()
except
FileNotFoundError
:
pass
if
SHOW_LOG
:
os
.
system
(
'clear'
if
os
.
name
==
'posix'
else
'cls'
)
always_log
(
'App is running'
)
log
(
'Thank you for using this script, enjoy!'
)
t
=
threading
.
Thread
(
target
=
cleanup
,
daemon
=
True
)
t
.
start
()
# =========================== HTTP 服务 ===========================
class
RequestHandler
(
BaseHTTPRequestHandler
):
def
do_GET
(
self
):
parsed
=
urlparse
(
self
.
path
)
path
=
parsed
.
path
if
path
==
f'/
{
SUB_PATH
}
'
:
self
.
send_response
(
200
)
self
.
send_header
(
'Content-Type'
,
'text/plain; charset=utf-8'
)
self
.
end_headers
()
self
.
wfile
.
write
(
sub_txt_content
.
encode
(
'utf-8'
))
return
if
path
==
'/'
:
self
.
send_response
(
200
)
self
.
send_header
(
'Content-Type'
,
'text/html; charset=utf-8'
)
self
.
end_headers
()
self
.
wfile
.
write
(
b'Hello world!<br><br>You can access /{SUB_PATH}(Default: /sub) get your nodes!'
)
return
self
.
send_response
(
404
)
self
.
send_header
(
'Content-Type'
,
'text/plain; charset=utf-8'
)
self
.
end_headers
()
self
.
wfile
.
write
(
b'Not Found'
)
def
log_message
(
self
,
format
,
*
args
):
pass
# =========================== 主流程 ===========================
def
start_server
():
global
sub_txt_content
# 1. 删除旧节点
delete_nodes
()
# 2. 创建运行目录 + 清理文件
create_directory
()
cleanup_old_files
()
# 3. 生成 Argo 隧道配置
argo_type
()
# 4. 生成 Reality 密钥对 (仅当 REALITY_PORT 开启才生成)
if
is_valid_port
(
REALITY_PORT
):
generate_or_load_keypair
()
# 5. 生成 TLS 证书 (用于 Hysteria2)
if
is_valid_port
(
HY2_PORT
):
ensure_tls_certificates
(
cert_path
,
key_path
)
# 6. 生成 Xray 配置
generate_xray_config
()
# 7. 下载并运行文件
download_files_and_run
()
# 8. 提取隧道域名并生成节点
extract_domains
()
# 9. Telegram 推送 + 节点上传 + 自动保活
send_telegram
()
upload_nodes
()
add_visit_task
()
# 10. 90秒后清理文件
clean_files
()
# =========================== 信号处理 ===========================
def
stop_all
(
signum
=
None
,
frame
=
None
):
"""优雅关闭所有服务"""
def
shutdown
():
log
(
'
\n
Shutting down...'
)
try
:
exec_cmd
(
f'pkill -f "
{
web_name
}
" > /dev/null 2>&1'
)
exec_cmd
(
f'pkill -f "
{
bot_name
}
" > /dev/null 2>&1'
)
if
NEZHA_PORT
:
exec_cmd
(
f'pkill -f "
{
npm_name
}
" > /dev/null 2>&1'
)
elif
NEZHA_SERVER
and
NEZHA_KEY
:
exec_cmd
(
f'pkill -f "
{
php_name
}
" > /dev/null 2>&1'
)
except
Exception
:
pass
time
.
sleep
(
1
)
os
.
_exit
(
0
)
t
=
threading
.
Thread
(
target
=
shutdown
,
daemon
=
True
)
t
.
start
()
# =========================== 入口 ===========================
if
__name__
==
'__main__'
:
signal
.
signal
(
signal
.
SIGINT
,
stop_all
)
signal
.
signal
(
signal
.
SIGTERM
,
stop_all
)
# 启动 HTTP 服务 (主线程)
server
=
ThreadingHTTPServer
((
'0.0.0.0'
,
PORT
),
RequestHandler
)
always_log
(
f'server is running on
{
PORT
}
!'
)
# 在后台线程中启动主流程
t
=
threading
.
Thread
(
target
=
start_server
,
daemon
=
True
)
t
.
start
()
# 主线程阻塞在 HTTP 服务器上
server
.
serve_forever
()
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