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Default port 443 now optional

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Samuel Huang
2021-08-18 20:19:33 +10:00
parent 5fd0f8a5b3
commit f83042bad5
10 changed files with 153 additions and 112 deletions
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213
README.md
View File

@@ -9,7 +9,7 @@ Yet another unofficial [xray](https://github.com/XTLS/Xray-core) server containe
```shell ```shell
$ git clone https://github.com/samuelhbne/server-xray.git $ git clone https://github.com/samuelhbne/server-xray.git
$ cd server-xray $ cd server-xray
$ docker build -t samuelhbne/server-xray:amd64 -f Dockerfile.amd64 . $ docker build -t samuelhbne/server-xray -f Dockerfile.amd64 .
... ...
``` ```
@@ -20,95 +20,33 @@ $ docker build -t samuelhbne/server-xray:amd64 -f Dockerfile.amd64 .
## How to start the container ## How to start the container
```shell ```shell
$ docker run --rm -it samuelhbne/server-xray:amd64 $ docker run --rm -it samuelhbne/server-xray
server-xray --<ltx|ltt|lttw|mtt|mttw|ttt> <options> [-r|--request-domain <domain-name>] [-c|--cert-path <cert-path-root>] [-k|--hook <hook-url>] server-xray --<ltx|ltt|lttw|mtt|mttw|ttt> <options> [-r|--request-domain <domain-name>] [-c|--cert-path <cert-path-root>] [-k|--hook <hook-url>]
-k|--hook <hook-url> [Optional] DDNS update or notifing URL to be hit. Multiple allowed -k|--hook <hook-url> [Optional] DDNS update or notifing URL to be hit. Multiple allowed
-r|--request-domain <domain-name> [Optional] Domain name to request for letsencrypt cert. Multiple allowed -r|--request-domain <domain-name> [Optional] Domain name to request for letsencrypt cert. Multiple allowed
-c|--cert-path <cert-path-root> [Optional] Reading TLS certs from folder <cert-path-root>/<domain-name>/. Multiple allowed -c|--cert-path <cert-path-root> [Optional] Reading TLS certs from folder <cert-path-root>/<domain-name>/. Multiple allowed
--ltx <VLESS-TCP-XTLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]] --ltx <VLESS-TCP-XTLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]
--ltt <VLESS-TCP-TLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]] --ltt <VLESS-TCP-TLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]
--lttw <VLESS-TCP-TLS-WS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath --lttw <VLESS-TCP-TLS-WS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath
--lttg <VLESS-TCP-TLS-GRPC option> p=443,d=mydomain.com,u=uuid[:level[:email]],s=/svcpath,g=grpcport --lttg <VLESS-TCP-TLS-GRPC option> [p=443,]d=domain.com,u=uuid[:level[:email]],s=/svcpath,g=grpcport
--mtt <VMESS-TCP-TLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]] --mtt <VMESS-TCP-TLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]
--mttw <VMESS-TCP-TLS-WS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath --mttw <VMESS-TCP-TLS-WS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath
--ttt <TROJAN-TCP-TLS option> p=443,d=mydomain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]] --ttt <TROJAN-TCP-TLS option> [p=443,]d=domain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]]
--tttw <TROJAN-TCP-TLS-WS option> p=443,d=mydomain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath --tttw <TROJAN-TCP-TLS-WS option> [p=443,]d=domain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath
--stdin Read XRay config from stdin instead of auto generation --stdin Read XRay config from stdin instead of auto generation
$ docker run --name server-xray -p 80:80 -p 8443:443 -d samuelhbne/server-xray:amd64 --ltx p=443,d=mydomain.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,f=:8080 -r mydomain.duckdns.org $ docker run --name server-xray -p 80:80 -p 443:2443 -d samuelhbne/server-xray --ltx p=2443,d=mydomain.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,f=:8080 -r mydomain.duckdns.org
... ...
``` ```
### NOTE2 ### NOTE2
- Please replace "amd64" with the arch that match your server. For example: "arm64" for ARM64v8 platform like AWS t4g instance or 64bit Ubuntu on Raspberry Pi. "arm" for 32bit Raspbian. - Please replace the port 443 (-p 443:2443) with the port number you choose for Xray incoming connection.
- Please replace the container port 8443 export (-p 8443:443) with the TCP port number you want to listen for Xray service. - Port 80 export (-p 80:80) is necessary for Letsencrypt cert requesting, so don't miss it.
- The container port 80 export (-p 80:80) is necessary for Letsencrypt cert requesting, so don't remove it. - Please replace "bec24d96-410f-4723-8b3b-46987a1d9ed8" with the uuid you set for Xray client auth.
- Please replace "bec24d96-410f-4723-8b3b-46987a1d9ed8" with the uuid you want to set for Xray client auth.
- Please replace mydomain.duckdns.org with the domain-name for Letsencrypt cert request. - Please replace mydomain.duckdns.org with the domain-name for Letsencrypt cert request.
- You can optionally assign a HOOK-URL to update the DDNS domain-name pointing to the current server public IP address. - You can optionally assign a HOOK-URL to update the DDNS domain-name pointing to the current server public IP address.
## Examples
### 1. Running a XTLS server with DDNS auto-update and Letsencrypt cert auto-request
The following command will:
1. Update mydomain.duckdns.org to the current IP address
2. Request TLS cert from Letsencrypt
3. Run Xray in Vless+TLS+Websocket mode on port 1443 with the cert given above
4. Fallback the connection to local port 8080 if client handshake failed
```shell
$ docker run --name server-xray -p 80:80 -p 443:1443 -d samuelhbne/server-xray:amd64 \
--lttx p=1443,d=mydomain.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,f=:8080 \
-k https://duckdns.org/update/mydomain/c9711c65-db21-4f8c-a790-2c32c93bde8c \
-r mydomain.duckdns.org
...
```
#### Note1
The service port 1443 was exported as 443 for client accesss from internet
#### Note2
Port 80 must be exported for domain ownership verification during Letsencrypt cert requesting
### 2. Running a Vless+TLS+Websocket server with given TLS cert
The following command will:
1. Assume to read TLS cert from /home/ubuntu/cert/mydomain.duckdns.org/fullchain.cer
2. Assume to read private key from /home/ubuntu/cert/mydomain.duckdns.org/mydomain.duckdns.org.key
3. Assume mydomain.duckdns.org has been resolved to the current server
4. Run Xray in Vless+TLS+Websocket mode on port 2443 with the given cert
5. Fallback to microsoft.com if client handshake failed (Anti-detection)
```shell
$ docker run --name server-xray -p 443:2443 -v /home/ubuntu/cert:/opt/cert -d samuelhbne/server-xray:amd64 \
--lttw p=2443,d=mydomain.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,w=/websocket,f=microsoft.com:80 \
-c /opt/cert
...
```
### 3. Running a Vless+TLS+gRPC server with Nginx in front of, with given TLS cert
The following command will:
1. Assume to read TLS cert from /home/ubuntu/cert/mydomain.duckdns.org/fullchain.cer
2. Assume to read private key from /home/ubuntu/cert/mydomain.duckdns.org/mydomain.duckdns.org.key
3. Assume mydomain.duckdns.org has been resolved to the current server
4. Run Xray in Vless+TLS+gRPC mode on port 65443 with the given cert
5. Run nginx on port 443 as a front to protect gRPC backend from detection
6. Only port 443 will be available for access from internet
```shell
$ docker run --name server-xray -p 443:443 -v /home/ubuntu/cert:/opt/cert -d samuelhbne/server-xray:amd64 \
-c /opt/cert --lttg port=443,domain=mydomain.duckdns.org,user=bec24d96-410f-4723-8b3b-46987a1d9ed8,service=/gsvc,gport=65443
...
```
## How to verify if server-xray is running properly ## How to verify if server-xray is running properly
Try to connect the server from Xray compatible mobile app like [v2rayNG](https://github.com/2dust/v2rayNG) for Android or [Shadowrocket](https://apps.apple.com/us/app/shadowrocket/id932747118) for iOS with the host-name, port, UUID etc. set above. Or verify it from Ubuntu / Debian / Raspbian client host follow the instructions below. Try to connect the server from Xray compatible mobile app like [v2rayNG](https://github.com/2dust/v2rayNG) for Android or [Shadowrocket](https://apps.apple.com/us/app/shadowrocket/id932747118) for iOS with the host-name, port, UUID etc. set above. Or verify it from Ubuntu / Debian / Raspbian client host follow the instructions below.
@@ -116,7 +54,7 @@ Try to connect the server from Xray compatible mobile app like [v2rayNG](https:/
### Verifying server-xray connection with proxy-xray ### Verifying server-xray connection with proxy-xray
```shell ```shell
$ docker run --rm -it samuelhbne/proxy-xray:amd64 $ docker run --rm -it samuelhbne/proxy-xray
proxy-xray --<ltx|ltt|lttw|mtt|mttw|ttt|tttw|ssa|sst|stdin> [options] proxy-xray --<ltx|ltt|lttw|mtt|mttw|ttt|tttw|ssa|sst|stdin> [options]
--ltx <VLESS-TCP-XTLS option> uuid@xray-host:port --ltx <VLESS-TCP-XTLS option> uuid@xray-host:port
--ltt <VLESS-TCP-TLS option> uuid@xray-host:port --ltt <VLESS-TCP-TLS option> uuid@xray-host:port
@@ -128,7 +66,7 @@ proxy-xray --<ltx|ltt|lttw|mtt|mttw|ttt|tttw|ssa|sst|stdin> [options]
--tttw <TROJAN-TCP-TLS-WS option> password@xray-host:port:/webpath --tttw <TROJAN-TCP-TLS-WS option> password@xray-host:port:/webpath
--stdin Read XRay config from stdin instead of auto generation --stdin Read XRay config from stdin instead of auto generation
$ docker run --name proxy-xray -p 1080:1080 -p 65353:53/udp -p 8123:8123 -d samuelhbne/proxy-xray:amd64 --ltx bec24d96-410f-4723-8b3b-46987a1d9ed8@nvda.duckdns.org:8443 $ docker run --name proxy-xray -p 1080:1080 -d samuelhbne/proxy-xray --ltx bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443
... ...
$ curl -sSx socks5h://127.0.0.1:1080 http://ifconfig.co $ curl -sSx socks5h://127.0.0.1:1080 http://ifconfig.co
@@ -151,3 +89,122 @@ $ docker stop server-xray
$ docker rm server-xray $ docker rm server-xray
... ...
``` ```
## More complex examples
### 1. Running a XTLS and Trojan server with DDNS auto-update and Letsencrypt cert auto-request
The following command will:
1. Update domain1 and domain2 with the current IP address server-xray running
2. Request TLS certs from Letsencrypt for domain1 and domain2
3. Create Vless+TLS+Websocket server on port 443 with the cert of domain1
4. Create Trojan server on port 8443 with the cert of domain2 as fallback
5. Port 80 must be exported for domain ownership verification
```shell
$ docker run --name server-xray -p 80:80 -p 443:443 -p 8443:8443 -d samuelhbne/server-xray \
--lttx p=443,d=domain1.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,f=:8443 \
--ttt p=2443,d=domain2.duckdns.org,u=trojan_pass
-r domain1.duckdns.org -k https://duckdns.org/update/domain1/c9711c65-db21-4f8c-a790-2c32c93bde8c \
-r domain2.duckdns.org -k https://duckdns.org/update/domain2/c9711c65-db21-4f8c-a790-2c32c93bde8c
...
```
#### XTLS connection verifying instructions
```shell
$ docker run --name proxy-xray -p 1080:1080 -d samuelhbne/proxy-xray --ltx \
bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443
$ curl -sSx socks5h://127.0.0.1:1080 http://ifconfig.co
12.34.56.78
$ docker exec -it proxy-xray /status.sh
VPS-Server: domain1.duckdns.org
Xray-URL: vless://bec24d96-410f-4723-8b3b-46987a1d9ed8@domain1.duckdns.org:443?security=xtls&type=tcp&flow=xtls-rprx-direct#domain1.duckdns.org:443
[QR-Code]
...
```
#### Trojan connection verifying instructions
```shell
$ docker run --name proxy-xray2 -p 2080:1080 -d samuelhbne/proxy-xray --ttt \
trojan_pass@domain2.duckdns.org:8443
$ curl -sSx socks5h://127.0.0.1:2080 http://ifconfig.co
12.34.56.78
$ docker exec -it proxy-xray2 /status.sh
VPS-Server: mydomain.duckdns.org
Xray-URL: trojan://trojan_pass@domain2.duckdns.org:8443#domain2.duckdns.org:8443
[QR-Code]
...
```
### 2. Running a Vless+TLS+Websocket server with existing TLS cert
The following command will:
1. Assume to read TLS cert from /home/ubuntu/cert/mydomain.duckdns.org/fullchain.cer
2. Assume to read private key from /home/ubuntu/cert/mydomain.duckdns.org/mydomain.duckdns.org.key
3. Assume mydomain.duckdns.org has been resolved to the current server
4. Run Xray in Vless+TLS+Websocket mode on default port 443 with the given cert
5. Fallback to microsoft.com if client handshake failed (Anti-detection)
```shell
$ docker run --name server-xray -p 443:443 -v /home/ubuntu/cert:/opt/cert -d samuelhbne/server-xray \
--lttw d=mydomain.duckdns.org,u=bec24d96-410f-4723-8b3b-46987a1d9ed8,w=/websocket,f=microsoft.com:80 \
-c /opt/cert
...
```
#### Websocket connection verifying instructions
```shell
$ docker run --name proxy-xray -p 1080:1080 -d samuelhbne/proxy-xray --lttw \
bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443:/websocket
$ curl -sSx socks5h://127.0.0.1:1080 http://ifconfig.co
12.34.56.78
$ docker exec -it proxy-xray /status.sh
VPS-Server: mydomain.duckdns.org
Xray-URL: vless://bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443?security=tls&type=ws&path=%2Fwebsocket#mydomain.duckdns.org:443
[QR-Code]
...
```
### 3. Running a Vless+TLS+gRPC server with Nginx in front of, with given TLS cert
The following command will:
1. Assume to read TLS cert from /home/ubuntu/cert/mydomain.duckdns.org/fullchain.cer
2. Assume to read private key from /home/ubuntu/cert/mydomain.duckdns.org/mydomain.duckdns.org.key
3. Assume mydomain.duckdns.org has been resolved to the current server
4. Run Xray in Vless+TLS+gRPC mode on port 65443 with the given cert
5. Run nginx on port 443 as a front to protect gRPC backend from detection
6. Only port 443 will be available for access from internet
```shell
$ docker run --name server-xray -p 443:443 -v /home/ubuntu/cert:/opt/cert -d samuelhbne/server-xray \
-c /opt/cert --lttg port=443,domain=mydomain.duckdns.org,user=bec24d96-410f-4723-8b3b-46987a1d9ed8,service=/gsvc,gport=65443
...
```
#### gRPC connection verifying instructions
```shell
$ docker run --name proxy-xray -p 1080:1080 -d samuelhbne/proxy-xray --lttg \
bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443:/gsvc
$ curl -sSx socks5h://127.0.0.1:1080 http://ifconfig.co
12.34.56.78
$ docker exec -it proxy-xray /status.sh
VPS-Server: mydomain.duckdns.org
Xray-URL: vless://bec24d96-410f-4723-8b3b-46987a1d9ed8@mydomain.duckdns.org:443?security=tls&type=grpc&serviceName=/gsvc&mode=gun#mydomain.duckdns.org:443
[QR-Code]
...
```

20
run.sh
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@@ -9,16 +9,16 @@ usage() {
echo " -k|--hook <hook-url> [Optional] DDNS update or notifing URL to be hit. Multiple allowed" echo " -k|--hook <hook-url> [Optional] DDNS update or notifing URL to be hit. Multiple allowed"
echo " -r|--request-domain <domain-name> [Optional] Domain name to request for letsencrypt cert. Multiple allowed" echo " -r|--request-domain <domain-name> [Optional] Domain name to request for letsencrypt cert. Multiple allowed"
echo " -c|--cert-path <cert-path-root> [Optional] Reading TLS certs from folder <cert-path-root>/<domain-name>/. Multiple allowed" echo " -c|--cert-path <cert-path-root> [Optional] Reading TLS certs from folder <cert-path-root>/<domain-name>/. Multiple allowed"
echo " --ltx <VLESS-TCP-XTLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]" echo " --ltx <VLESS-TCP-XTLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]"
echo " --ltt <VLESS-TCP-TLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]" echo " --ltt <VLESS-TCP-TLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]"
echo " --lttw <VLESS-TCP-TLS-WS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath" echo " --lttw <VLESS-TCP-TLS-WS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath"
echo " --lttg <VLESS-TCP-TLS-GRPC option> p=443,d=mydomain.com,u=uuid[:level[:email]],s=/svcpath,g=grpcport" echo " --lttg <VLESS-TCP-TLS-GRPC option> [p=443,]d=domain.com,u=uuid[:level[:email]],s=/svcpath,g=grpcport"
echo " --mtt <VMESS-TCP-TLS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]" echo " --mtt <VMESS-TCP-TLS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]]"
echo " --mttw <VMESS-TCP-TLS-WS option> p=443,d=mydomain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath" echo " --mttw <VMESS-TCP-TLS-WS option> [p=443,]d=domain.com,u=uuid[:level[:email]][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath"
echo " --ttt <TROJAN-TCP-TLS option> p=443,d=mydomain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]]" echo " --ttt <TROJAN-TCP-TLS option> [p=443,]d=domain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]]"
echo " --tttw <TROJAN-TCP-TLS-WS option> p=443,d=mydomain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath" echo " --tttw <TROJAN-TCP-TLS-WS option> [p=443,]d=domain.com,u=passwd[:email][,f=[fallback-host]:fb-port:[fb-path]],w=/webpath"
# echo " --ssa <Shadowsocks-AEAD option> port=443,user=password1:method1[,user=password2:method2]" # echo " --ssa <Shadowsocks-AEAD option> [port=443,]user=password1:method1[,user=password2:method2]"
# echo " --sst <Shadowsocks-TCP option> port=443,user=passwd,method=xxxx" # echo " --sst <Shadowsocks-TCP option> [port=443,]user=passwd,method=xxxx"
echo " --stdin Read XRay config from stdin instead of auto generation" echo " --stdin Read XRay config from stdin instead of auto generation"
} }

4
server-ltt.sh
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@@ -43,9 +43,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-lttg.sh
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@@ -46,9 +46,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${gport}" ]; then if [ -z "${gport}" ]; then

4
server-lttw.sh
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@@ -46,9 +46,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-ltx.sh
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@@ -43,9 +43,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-mtt.sh
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@@ -43,9 +43,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-mttw.sh
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@@ -46,9 +46,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-ttt.sh
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@@ -43,9 +43,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then

4
server-tttw.sh
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@@ -46,9 +46,7 @@ if [ -z "${xconf}" ]; then
fi fi
if [ -z "${port}" ]; then if [ -z "${port}" ]; then
echo "Error: port undefined." port=443
usage
exit 1
fi fi
if [ -z "${domain}" ]; then if [ -z "${domain}" ]; then