feat: jenkins server

This commit is contained in:
aagusfernandez02
2026-07-01 08:13:57 -03:00
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# Jenkins SCO — Deploy Server
Jenkins centralizado para el despliegue de software en terminales SCO (Self-Checkout) en producción.
## Estructura del repositorio
```
.
├── docker-compose.yml
└── data/
└── jenkins/
├── Dockerfile # Imagen Jenkins con plugins
├── jenkins.yaml # Configuración JCasC (nodos, seguridad, jobs)
├── deploy/
│ └── install.sh # Script desplegado en cada SCO
└── pipelines/
└── Jenkinsfile.ralph # Pipeline del cliente Ralph
```
## Arquitectura
- **Jenkins master**: corre en Docker en el servidor Minio (`186.67.82.140`).
- **Agentes (SCOs)**: cada terminal SCO conecta al master vía JNLP (puerto 50000). El proceso del agente corre como `root`.
- **Storage**: Minio almacena el software de cada cliente en buckets separados (ej: bucket `ralph`).
### Labels de agentes
Formato: `sco <cliente> <tienda>`
| Cliente | Tienda | Agentes |
|---|---|---|
| ralph | yabucoa | sco02sco07 |
| ralph | san-lorenzo | sco03sco06 |
| ralph | rio-grande | sco01sco06 |
## Levantar el servidor
```sh
docker compose up -d --build
```
Jenkins queda disponible en `http://<server-ip>:8080` (admin / H0l4mund0!).
## Conectar un agente SCO
1. Descargar el agente desde Jenkins:
```sh
curl -sO http://<server-ip>:8080/jnlpJars/agent.jar
mv agent.jar /opt/jenkins-agent/agent.jar
```
2. Obtener el secret del nodo: en Jenkins → *Manage Jenkins → Nodes → (nombre del nodo)*.
3. Crear el servicio systemd en el SCO:
```ini
# /etc/systemd/system/jenkins-agent.service
[Unit]
Description=Jenkins Agent
After=network.target
[Service]
User=root
ExecStart=/usr/bin/java -jar /opt/jenkins-agent/agent.jar \
-url http://<server-ip>:8080/ \
-secret <SECRET> \
-name "<nombre-del-nodo>" \
-workDir "/opt/jenkins-agent"
Restart=always
RestartSec=10
[Install]
WantedBy=multi-user.target
```
4. Habilitar y arrancar:
```sh
systemctl daemon-reload
systemctl enable --now jenkins-agent
```
## Ejecutar un deploy
1. En Jenkins, abrir el job `deploy-ralph`.
2. Click en **Build with Parameters**.
3. Seleccionar la **tienda** destino en el dropdown (yabucoa / san-lorenzo / rio-grande).
4. El pipeline despliega `install.sh ralph` en paralelo en todos los SCOs online de esa tienda.
## Qué hace `install.sh`
Recibe el nombre del cliente como argumento (`$1`):
1. Genera config de rclone apuntando al Minio local.
2. Sincroniza el bucket `$CUSTOMER` desde Minio hacia `/opt/sco/` en el SCO (excluyendo datos persistentes del backend).
3. Ajusta permisos en `/opt/sco/`.
4. Instala servicios systemd desde `/opt/sco/resources/services/`.
5. Configura autostart del usuario `sco`.
6. Instala crontabs de `root` y `sco`.
7. Instala paquetes Python offline.
8. Carga imágenes Docker.
9. Inicializa carpetas y archivos de base de datos del cpi-server.
10. Genera `engine.properties` para SymmetricDS (solo en primera instalación).
## Operaciones de mantenimiento
### Agregar un nuevo cliente
El deploy es idéntico para todos los clientes: el `install.sh` recibe el nombre del cliente como `$1`.
Solo cambia el nombre del job, el Jenkinsfile, y los nodos registrados.
**1. Registrar los nodos en `data/jenkins/jenkins.yaml`**
Bajo la clave `nodes`, añadir un bloque por cada SCO del cliente:
```yaml
- permanent:
name: "nuevocliente-tienda1-sco01"
labelString: "sco nuevocliente tienda1"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
```
Repetir para cada combinación tienda/SCO. Convención de nombres:
- Nombre del nodo: `<cliente>-<tienda>-<sco>` (ej: `ralph-yabucoa-sco02`)
- Label: `sco <cliente> <tienda>` (ej: `sco ralph yabucoa`)
**2. Crear el Jenkinsfile en `data/jenkins/pipelines/Jenkinsfile.<cliente>`**
Copiar `Jenkinsfile.ralph` y ajustar dos cosas:
```groovy
// En parameters: listar las tiendas del nuevo cliente
choices: ['tienda1', 'tienda2', 'tienda3'],
// En el stage Deploy: cambiar el nombre del cliente (dos lugares)
def labelExpr = "nuevocliente && ${params.TIENDA}"
sh "bash install.sh 'nuevocliente'"
```
**3. Agregar el job en `data/jenkins/jenkins.yaml`**
Al final de la sección `jobs`:
```yaml
- script: |
pipelineJob('deploy-nuevocliente') {
description('Deploy de install.sh a los SCOs de NuevoCliente.')
definition {
cps {
script(new File('/opt/jenkins/Jenkinsfile.nuevocliente').text)
sandbox(true)
}
}
}
```
**4. Montar el Jenkinsfile en `docker-compose.yml`**
```yaml
volumes:
- ./data/jenkins/pipelines/Jenkinsfile.nuevocliente:/opt/jenkins/Jenkinsfile.nuevocliente:ro
```
**5. Recrear el contenedor**
```sh
docker compose up -d --build
```
En el servidor remoto:
```sh
# Copiar los archivos modificados al servidor primero, luego:
docker compose up -d --build
```
---
### Agregar una tienda a un cliente existente
**1. Añadir los nodos de la nueva tienda en `jenkins.yaml`** (un bloque por SCO, igual que arriba).
**2. Agregar la tienda al dropdown del Jenkinsfile del cliente:**
```groovy
choices: ['yabucoa', 'san-lorenzo', 'rio-grande', 'nueva-tienda'],
```
**3. Aplicar en el servidor:**
```sh
docker compose restart jenkins
```
No hace falta rebuild completo si solo cambia `jenkins.yaml` o el Jenkinsfile — el contenedor los monta como volúmenes y JCasC los recarga.
> Si agregaste nodos nuevos pero no reiniciaste Jenkins, también podés recargar desde la UI: *Manage Jenkins → Configuration as Code → Reload existing configuration*.
---
### Agregar un SCO a una tienda existente
Solo tocar `jenkins.yaml`: añadir el nodo nuevo bajo `nodes`.
```yaml
- permanent:
name: "ralph-yabucoa-sco08"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
```
Luego recargar la configuración:
```sh
docker compose restart jenkins
# o desde la UI: Manage Jenkins → Configuration as Code → Reload existing configuration
```
Una vez que Jenkins lo reconoce, conectar el agente en el SCO físico (ver sección "Conectar un agente SCO").
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FROM jenkins/jenkins:2.541.3-jdk17
USER root
RUN apt-get update && apt-get install -y curl git && rm -rf /var/lib/apt/lists/*
USER jenkins
RUN jenkins-plugin-cli --plugins \
configuration-as-code \
credentials-binding \
git \
workflow-aggregator \
job-dsl \
pipeline-utility-steps
COPY jenkins.yaml /usr/share/jenkins/ref/jenkins.yaml
ENV CASC_JENKINS_CONFIG=/usr/share/jenkins/ref/jenkins.yaml
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#!/bin/sh
### UPDATE SOFTWARE
SERVER=186.67.82.140
CUSTOMER=$1
cat <<EOF > /tmp/rclone.conf
[minio]
type = s3
provider = Minio
access_key_id = minioadmin
secret_access_key = LIGTNbUgQr
endpoint = http://$SERVER:9000
region = us-east-1
acl = private
EOF
rclone --config /tmp/rclone.conf sync minio:$CUSTOMER /opt/sco/ --exclude "backend/docker/data/**" --progress --verbose
find /opt/sco/ -type d -exec chmod 755 {} \;
find /opt/sco/ -type f -exec chmod 644 {} \;
chmod -R 755 /opt/sco/frontend/
### TMP FOLDER
cp /usr/lib/tmpfiles.d/fs-tmp.conf /etc/tmpfiles.d/
echo "D /tmp 1777 root root -" > /etc/tmpfiles.d/fs-tmp.conf
### SERVICE
find /opt/sco/resources/services/ -type f -exec sh -c 'cp "$1" "/etc/systemd/system/$(basename "$1")"' _ {} \;
find /opt/sco/resources/services/ -type f -exec sh -c 'systemctl enable "$(basename "$1")"' _ {} \;
systemctl daemon-reload
### AUTOSTART
rsync -a --delete /opt/sco/resources/autostart/ /home/sco/.config/autostart/
chown -R sco:users /home/sco/.config/autostart/*
chmod -R 644 /home/sco/.config/autostart/*
### CRONTAB
crontab -u root /opt/sco/resources/crontab/root.txt
crontab -u sco /opt/sco/resources/crontab/sco.txt
### PYTHON
find /opt/sco/resources/python/ -type d -iname "packages" | while read packages_dir; do
parent_dir=$(dirname "$packages_dir")
req_file="$parent_dir/requirements.txt"
if [ -f "$req_file" ]; then
pip install -q --no-index --find-links="$packages_dir" -r "$req_file"
fi
done
### DOCKER IMAGES
mkdir -p /tmp/images/
find /opt/sco/resources/images/ -type f -name '*.gz' -exec sh -c 'gunzip -c "$1" > /tmp/images/"$(basename "${1%.gz}")"' _ {} \;
find /tmp/images/ -type f -iname "*.tar" -exec docker load -i {} \;
### INIT CPI-SERVER DATABASES AND LOGS FOLDERS
mkdir -p /opt/sco/backend/docker/data/cpi-server/database
mkdir -p /opt/sco/backend/docker/data/cpi-server/logs/devices
mkdir -p /opt/sco/backend/docker/data/cpi-server/logs/service
touch /opt/sco/backend/docker/data/cpi-server/database/configuration.db
touch /opt/sco/backend/docker/data/cpi-server/database/connectivity.db
touch /opt/sco/backend/docker/data/cpi-server/database/Identity.db
touch /opt/sco/backend/docker/data/cpi-server/database/transaction.db
touch /opt/sco/backend/docker/data/cpi-server/database/trialdata.db
### INIT SYMETRIC CONFIGURATION FILE
mkdir -p /opt/sco/backend/docker/data/symmetric
if [ ! -f /opt/sco/backend/docker/data/symmetric/engine.properties ]; then
LOCAL_NODE=$(hostname)
LOCAL_IP=$(ip -4 addr show eth0 | grep -oP '(?<=inet\s)\d+(\.\d+){3}')
cat <<EOF > /opt/sco/backend/docker/data/symmetric/engine.properties
engine.name=$LOCAL_NODE
group.id=fullmesh
external.id=$LOCAL_NODE
db.driver=com.mysql.cj.jdbc.Driver
db.url=jdbc:mysql://$LOCAL_IP:3306/sco
db.user=root
db.password=U2qs&U6LA9U2
registration.url=
sync.url=http://$LOCAL_IP:31415/sync/$LOCAL_NODE
start.pulled.job=true
job.purge.period.time.ms=7200000
EOF
fi
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jenkins:
numExecutors: 2
authorizationStrategy:
loggedInUsersCanDoAnything:
allowAnonymousRead: false
securityRealm:
local:
allowsSignup: false
users:
- id: admin
password: H0l4mund0!
# Agentes permanentes (inbound/JNLP): cada SCO conecta outbound a Jenkins.
# Nombre = identificador en Jenkins. Label "sco" agrupa todos los SCOs,
# luego cliente (ralph) y tienda (yabucoa / san-lorenzo / rio-grande).
nodes:
- permanent:
name: "ralph-yabucoa-sco02"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-yabucoa-sco03"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-yabucoa-sco04"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-yabucoa-sco05"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-yabucoa-sco06"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-yabucoa-sco07"
labelString: "sco ralph yabucoa"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-san-lorenzo-sco03"
labelString: "sco ralph san-lorenzo"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-san-lorenzo-sco04"
labelString: "sco ralph san-lorenzo"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-san-lorenzo-sco05"
labelString: "sco ralph san-lorenzo"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-san-lorenzo-sco06"
labelString: "sco ralph san-lorenzo"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco01"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco02"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco03"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco04"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco05"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
- permanent:
name: "ralph-rio-grande-sco06"
labelString: "sco ralph rio-grande"
remoteFS: "/opt/jenkins-agent"
numExecutors: 1
retentionStrategy: "always"
launcher:
inbound: {}
security:
globalJobDslSecurityConfiguration:
useScriptSecurity: false
jobs:
- script: |
pipelineJob('deploy-ralph') {
description('Deploy de install.sh a los SCOs de Ralph en la tienda seleccionada.')
definition {
cps {
script(new File('/opt/jenkins/Jenkinsfile.ralph').text)
sandbox(true)
}
}
}
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pipeline {
agent none
parameters {
choice(
name: 'TIENDA',
choices: ['yabucoa', 'san-lorenzo', 'rio-grande'],
description: 'Tienda destino'
)
}
stages {
stage('Preparar scripts') {
agent { label 'built-in' }
steps {
sh 'cp /opt/deploy/install.sh .'
stash name: 'scripts', includes: 'install.sh'
}
}
stage('Deploy') {
agent { label 'built-in' }
steps {
script {
def labelExpr = "ralph && ${params.TIENDA}"
def nodes = nodesByLabel(label: labelExpr, offline: false)
if (nodes.isEmpty()) {
error "No hay nodos online con el label: ${labelExpr}"
}
def deployStages = nodes.collectEntries { nodeName ->
["Deploy ${nodeName}": {
node(nodeName) {
unstash 'scripts'
sh "bash install.sh 'ralph'"
sh 'cat ~/sco-app/installed.txt'
}
}]
}
parallel deployStages
}
}
}
}
}
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services:
jenkins:
build:
context: ./data/jenkins
dockerfile: Dockerfile
container_name: jenkins-server
restart: unless-stopped
environment:
- JAVA_OPTS=-Djenkins.install.runSetupWizard=false
ports:
- "8080:8080"
- "50000:50000"
volumes:
- jenkins_home:/var/jenkins_home
- ./data/jenkins/jenkins.yaml:/usr/share/jenkins/ref/jenkins.yaml:ro
- ./data/jenkins/deploy:/opt/deploy:ro
- ./data/jenkins/pipelines/Jenkinsfile.ralph:/opt/jenkins/Jenkinsfile.ralph:ro
volumes:
jenkins_home: