Common Workflows

# Navigate to your Pantavisor repository
cd my-pantavisor-project

# Add application from Docker Hub
pvr app add --from nginx:latest web-server

# Stage and commit changes
pvr add .
pvr commit -m "Added nginx web server"

# Deploy to device
pvr deploy trails/0 .

pvr app add --from postgres:13 database
pvr add . && pvr commit -m "Added PostgreSQL database"
pvr deploy trails/0 .

pvr app add --from redis:alpine cache-server
# Edit configuration files
pvr add . && pvr commit -m "Added Redis cache with custom config"
pvr deploy trails/0 .

# List current applications
pvr app ls

# Update container version
pvr app update app-name --from new-image:tag

# Stage and commit
pvr add .
pvr commit -m "Updated app-name to new version"

# Deploy changes
pvr deploy trails/0 .

# Remove application
pvr app rm app-name

# Commit removal
pvr add .
pvr commit -m "Removed app-name application"

# Deploy changes
pvr deploy trails/0 .

# Scan network for devices
pvr device scan

# Clone device for initial configuration
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr my-device

# Navigate to device repository
cd my-device

# Edit configuration files manually in _config/ directory
# For example, to change network settings:
vi _config/pvr-sdk/etc/network/interfaces

# Commit and post changes
pvr add .
pvr commit -m "Initial configuration"
pvr post

# Clone device for editing
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr device-config

# Edit configuration files
cd device-config
# Modify settings, network config, etc.

# Commit changes
pvr add .
pvr commit -m "Updated device configuration"

# Deploy back to device
pvr deploy trails/0 .

# Create base configuration repository
pvr init multi-device-config
cd multi-device-config

# Add common applications
pvr app add --from nginx:stable web-server
pvr app add --from node:alpine app-runtime

# Commit base configuration
pvr add . && pvr commit -m "Base device configuration"

# Deploy to multiple devices
for device in device1 device2 device3; do
    pvr deploy trails/0 . --device $device
done

# Clone production device for testing
pvr clone http://PROD_DEVICE:12368/cgi-bin/pvr test-environment

# Add development applications
cd test-environment
pvr app add --from my-app:dev development-app

# Test deployment on development device
pvr add . && pvr commit -m "Added development application"
pvr deploy trails/0 . --device DEV_DEVICE

# After testing, deploy to production
pvr deploy trails/0 . --device PROD_DEVICE

# Create configuration branch
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr config-test

# Make experimental changes in _config/ directory
cd config-test
# Edit files...

# Commit changes
pvr add . && pvr commit -m "Testing configuration change"

# Test on development device
pvr deploy trails/0 . --device DEV_DEVICE

# If successful, apply to production
pvr deploy trails/0 . --device PROD_DEVICE

# 1. Initial setup
pvr init my-app-development
cd my-app-development

# 2. Add base system
pvr app add --from ubuntu:20.04 base-system

# 3. Add development tools
pvr app add --from node:16 development-env

# 4. Iterative development
while developing; do
    # Make code changes
    # Update container
    pvr app update development-env --from my-app:latest

    # Test deployment
    pvr add . && pvr commit -m "Development iteration"
    pvr deploy trails/0 . --device DEV_DEVICE

    # Verify and continue
done

# 5. Production deployment
pvr app update development-env --from my-app:stable
pvr add . && pvr commit -m "Production release"
pvr deploy trails/0 . --device PROD_DEVICE

# Check device status
pvr device scan
pvr device ps

# Clone device for inspection
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr health-check

# Check system health on device
pvcontrol status
pvcontrol logs

# Check application status
pvcontrol ls
pvr app ls

# Update base system images
pvr app update base-system --from ubuntu:20.04-security

# Update application images
pvr app update web-server --from nginx:stable-alpine

# Stage and commit updates
pvr add .
pvr commit -m "Security updates applied"

# Deploy to devices
pvr deploy trails/0 .

# Backup device configuration
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr backup-$(date +%Y%m%d)

# Create recovery image
cd backup-$(date +%Y%m%d)
tar -czf device-backup-$(date +%Y%m%d).tar.gz .

# Recovery process
tar -xzf device-backup-YYYYMMDD.tar.gz
cd device-backup-YYYYMMDD
pvr deploy trails/0 . --device RECOVERY_DEVICE

# Check application status
pvr device ps
pvcontrol ls

# Get application logs
pvcontrol logs failing-app

# Inspect application configuration
pvcontrol inspect failing-app

# Clone device for detailed inspection
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr debug-session

# Make fixes
cd debug-session
# Edit configuration or update application
pvr add . && pvr commit -m "Fixed application issue"
pvr deploy trails/0 .

# Check device connectivity
pvr device scan

# Access device for debugging and configuration
# Use PVR to clone and edit
pvr clone http://DEVICE_IP:12368/cgi-bin/pvr debug-session
cd debug-session

# Check and fix network configuration in _config/
# Changes are committed and posted
pvr add . && pvr commit -m "Fix network" && pvr post

# Check system status
pvcontrol status
pvcontrol logs

# Attempt service restart
pvcontrol restart failing-service

# If restart fails, rollback to previous state
pvr deploy trails/1 .  # Deploy previous revision

# Monitor recovery
pvcontrol status
pvcontrol ls