# Makefile for Medication Reminder App
# Consolidated version with grouped targets and reduced redundancy

.PHONY: help install clean dev build test lint docker k8s

# Default target
.DEFAULT_GOAL := help

# Colors for output
BLUE := \033[34m
GREEN := \033[32m
YELLOW := \033[33m
RED := \033[31m
RESET := \033[0m

##@ General

help: ## Display this help message
	@printf "$(BLUE)Medication Reminder App - Available Commands$(RESET)\n"
	@printf "\n"
	@awk 'BEGIN {FS = ":.*##"} /^[a-zA-Z_0-9-]+:.*?##/ { printf "  $(GREEN)%-20s$(RESET) %s\n", $$1, $$2 } /^##@/ { printf "\n$(YELLOW)%s$(RESET)\n", substr($$0, 5) } ' $(MAKEFILE_LIST)

install: ## Install dependencies
	@printf "$(BLUE)Installing dependencies...$(RESET)\n"
	@bun install

clean: ## Clean build artifacts and dependencies
	@printf "$(BLUE)Cleaning up...$(RESET)\n"
	@rm -rf node_modules dist build .cache

reset: clean install ## Reset project (clean and reinstall)
	@printf "$(GREEN)Project reset completed!$(RESET)\n"

##@ Development

dev: ## Start development server
	@printf "$(BLUE)Starting development server...$(RESET)\n"
	@bun run dev

build: ## Build the application for development
	@printf "$(BLUE)Building application for development...$(RESET)\n"
	@NODE_ENV=development bun run build

build-prod: ## Build the application for production
	@printf "$(BLUE)Building application for production...$(RESET)\n"
	@bun run build

preview: ## Preview the built application
	@printf "$(BLUE)Starting preview server...$(RESET)\n"
	@bun run preview

setup: ## Setup the project
	@printf "$(BLUE)Setting up project...$(RESET)\n"
	@bun run setup

##@ Testing & Quality

test: ## Run unit tests
	@printf "$(BLUE)Running unit tests...$(RESET)\n"
	@bun run test

test-watch: ## Run unit tests in watch mode
	@printf "$(BLUE)Running tests in watch mode...$(RESET)\n"
	@bun run test:watch

test-coverage: ## Run tests with coverage
	@printf "$(BLUE)Running tests with coverage...$(RESET)\n"
	@bun run test:coverage

test-integration: ## Run integration tests
	@printf "$(BLUE)Running integration tests...$(RESET)\n"
	@bun run test:integration

test-e2e: ## Run end-to-end tests
	@printf "$(BLUE)Running e2e tests...$(RESET)\n"
	@bun run test:e2e

test-e2e-ui: ## Run e2e tests with interactive UI
	@printf "$(BLUE)Running e2e tests with UI...$(RESET)\n"
	@bun run test:e2e:ui

test-auth-debug: ## Run authentication debug tests
	@printf "$(BLUE)Running authentication debug tests...$(RESET)\n"
	@bunx playwright test --config=tests/e2e/playwright.auth.config.ts

test-auth-debug-ui: ## Run authentication debug tests with UI
	@printf "$(BLUE)Running authentication debug tests with UI...$(RESET)\n"
	@bunx playwright test --config=tests/e2e/playwright.auth.config.ts --ui

test-all: ## Run all tests (unit + integration + e2e)
	@printf "$(BLUE)Running all tests...$(RESET)\n"
	@bun run test:all

lint: ## Run linting and fix issues
	@printf "$(BLUE)Running linting checks...$(RESET)\n"
	@bun run lint
	@bun run lint:fix 2>/dev/null || true

pre-commit: ## Run pre-commit checks
	@printf "$(BLUE)Running pre-commit checks...$(RESET)\n"
	@bun run pre-commit

check: lint test-all ## Run complete quality check (lint + all tests)
	@printf "$(GREEN)Quality check completed!$(RESET)\n"

##@ Docker

docker-build: ## Build Docker images (local and multi-platform)
	@printf "$(BLUE)Building Docker images...$(RESET)\n"
	@bun run docker:build-local
	@bun run docker:build 2>/dev/null || true

docker-build-local: ## Build Docker image for local platform only
	@printf "$(BLUE)Building local Docker image...$(RESET)\n"
	@./scripts/buildx-helper.sh build-local

docker-build-multi: ## Build multi-platform Docker images
	@printf "$(BLUE)Building multi-platform Docker images...$(RESET)\n"
	@./scripts/buildx-helper.sh build-multi

docker-build-multi-dev: ## Build multi-platform Docker images for development
	@printf "$(BLUE)Building multi-platform Docker images for development...$(RESET)\n"
	@./scripts/buildx-helper.sh build-multi-dev

docker-build-push: ## Build and push multi-platform Docker images
	@printf "$(BLUE)Building and pushing multi-platform Docker images...$(RESET)\n"
	@./scripts/buildx-helper.sh build-push

docker-buildx-create: ## Create and use a new buildx builder instance
	@printf "$(BLUE)Creating new buildx builder instance...$(RESET)\n"
	@docker buildx create --name meds-builder --use --bootstrap
	@printf "$(GREEN)Buildx builder 'meds-builder' created and activated$(RESET)\n"

docker-buildx-build: ## Build multi-platform image using buildx
	@printf "$(BLUE)Building multi-platform image with buildx...$(RESET)\n"
	@docker buildx build --platform linux/amd64,linux/arm64 \
		--build-arg JWT_SECRET=$$(openssl rand -base64 32) \
		--build-arg SESSION_SECRET=$$(openssl rand -base64 32) \
		--build-arg NODE_ENV=production \
		--build-arg APP_NAME=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.name)") \
		--build-arg APP_BASE_URL=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.baseUrl)") \
		-t $$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.container.imageUrl)") .

docker-buildx-build-push: ## Build and push multi-platform image using buildx
	@printf "$(BLUE)Building and pushing multi-platform image with buildx...$(RESET)\n"
	@docker buildx build --platform linux/amd64,linux/arm64 \
		--build-arg JWT_SECRET=$$(openssl rand -base64 32) \
		--build-arg SESSION_SECRET=$$(openssl rand -base64 32) \
		--build-arg NODE_ENV=production \
		--build-arg APP_NAME=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.name)") \
		--build-arg APP_BASE_URL=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.baseUrl)") \
		-t $$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.container.imageUrl)") --push .

docker-buildx-build-load: ## Build multi-platform image and load to local Docker
	@printf "$(BLUE)Building multi-platform image and loading to local Docker...$(RESET)\n"
	@docker buildx build --platform linux/amd64 \
		--build-arg JWT_SECRET=$$(openssl rand -base64 32) \
		--build-arg SESSION_SECRET=$$(openssl rand -base64 32) \
		--build-arg NODE_ENV=production \
		--build-arg APP_NAME=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.name)") \
		--build-arg APP_BASE_URL=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.baseUrl)") \
		-t $$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.container.imageUrl)") --load .

docker-buildx-inspect: ## Inspect current buildx builder
	@printf "$(BLUE)Inspecting current buildx builder...$(RESET)\n"
	@docker buildx inspect

docker-buildx-ls: ## List all buildx builder instances
	@printf "$(BLUE)Listing all buildx builder instances...$(RESET)\n"
	@docker buildx ls

docker-buildx-build-dev: ## Build development image using buildx
	@printf "$(BLUE)Building development image with buildx...$(RESET)\n"
	@docker buildx build --platform linux/amd64 \
		--build-arg JWT_SECRET=dev-jwt-secret-key-not-for-production \
		--build-arg SESSION_SECRET=dev-session-secret-key-not-for-production \
		--build-arg NODE_ENV=development \
		--build-arg DEBUG_MODE=true \
		--build-arg APP_NAME=$$(NODE_ENV=development bun -e "import {createUnifiedConfigForEnvironment} from './config/unified.config.ts'; console.log(createUnifiedConfigForEnvironment('development').app.name)") \
		--build-arg APP_BASE_URL=$$(NODE_ENV=development bun -e "import {createUnifiedConfigForEnvironment} from './config/unified.config.ts'; console.log(createUnifiedConfigForEnvironment('development').app.baseUrl)") \
		-t $$(NODE_ENV=development bun -e "import {createUnifiedConfigForEnvironment} from './config/unified.config.ts'; const config = createUnifiedConfigForEnvironment('development'); console.log(config.container.registry + '/' + config.container.repository + ':dev')") --load .

docker-buildx-build-with-registry: ## Build and push to specific registry (requires REGISTRY variable)
	@printf "$(BLUE)Building and pushing to custom registry...$(RESET)\n"
	@if [ -z "$(REGISTRY)" ]; then \
		printf "$(RED)Error: REGISTRY variable not set. Use: make docker-buildx-build-with-registry REGISTRY=your-registry.com$(RESET)\n"; \
		exit 1; \
	fi
	@docker buildx build --platform linux/amd64,linux/arm64 \
		--build-arg JWT_SECRET=$$(openssl rand -base64 32) \
		--build-arg SESSION_SECRET=$$(openssl rand -base64 32) \
		--build-arg NODE_ENV=production \
		--build-arg APP_NAME=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.name)") \
		--build-arg APP_BASE_URL=$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.app.baseUrl)") \
		-t $(REGISTRY)/$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.container.repository)"):$$(bun -e "import {unifiedConfig} from './config/unified.config.ts'; console.log(unifiedConfig.container.tag)") --push .

docker-buildx-rm: ## Remove the meds-builder buildx instance
	@printf "$(BLUE)Removing meds-builder buildx instance...$(RESET)\n"
	@docker buildx rm meds-builder || true
	@printf "$(GREEN)Buildx builder 'meds-builder' removed$(RESET)\n"

docker-push: ## Push existing Docker images to registry
	@printf "$(BLUE)Pushing Docker images to registry...$(RESET)\n"
	@./scripts/buildx-helper.sh push

docker-setup: ## Setup Docker buildx builder instance
	@printf "$(BLUE)Setting up Docker buildx builder...$(RESET)\n"
	@./scripts/buildx-helper.sh setup

docker-inspect: ## Inspect Docker buildx builder
	@printf "$(BLUE)Inspecting Docker buildx builder...$(RESET)\n"
	@./scripts/buildx-helper.sh inspect

docker-bake: ## Build using docker-bake.hcl
	@printf "$(BLUE)Building using docker-bake.hcl...$(RESET)\n"
	@./scripts/buildx-helper.sh bake

docker-list: ## List available Docker buildx builders
	@printf "$(BLUE)Listing Docker buildx builders...$(RESET)\n"
	@./scripts/buildx-helper.sh list

docker-down: ## Stop and remove Docker containers
	@printf "$(BLUE)Stopping Docker containers...$(RESET)\n"
	@if docker-compose -f docker/docker-compose.yaml ps --services 2>/dev/null | grep -q .; then \
		docker-compose -f docker/docker-compose.yaml down; \
		printf "$(GREEN)Docker containers stopped$(RESET)\n"; \
	else \
		printf "$(YELLOW)No containers running$(RESET)\n"; \
	fi

docker-clean: docker-down ## Stop containers and clean up volumes/images
	@printf "$(BLUE)Cleaning Docker resources...$(RESET)\n"
	@docker-compose -f docker/docker-compose.yaml down --volumes --remove-orphans 2>/dev/null || true
	@docker image prune -f --filter "until=24h" 2>/dev/null || true
	@docker volume prune -f 2>/dev/null || true

docker-cleanup: ## Remove buildx builder and cleanup
	@printf "$(BLUE)Cleaning up Docker buildx resources...$(RESET)\n"
	@./scripts/buildx-helper.sh cleanup

##@ Kubernetes Deployment

deploy-dev: ## Deploy to development environment
	@printf "$(BLUE)Deploying to development...$(RESET)\n"
	@kubectl apply -k k8s-kustomize/overlays/dev

deploy-prod: ## Deploy to production environment
	@printf "$(BLUE)Deploying to production...$(RESET)\n"
	@kubectl apply -k k8s-kustomize/overlays/prod

undeploy-dev: ## Remove development deployment
	@printf "$(BLUE)Removing development deployment...$(RESET)\n"
	@kubectl delete -k k8s-kustomize/overlays/dev --ignore-not-found=true

undeploy-prod: ## Remove production deployment
	@printf "$(BLUE)Removing production deployment...$(RESET)\n"
	@kubectl delete -k k8s-kustomize/overlays/prod --ignore-not-found=true

status-dev: ## Show development deployment status
	@printf "$(BLUE)Development status...$(RESET)\n"
	@kubectl get all -n rxminder-dev -l app=rxminder 2>/dev/null || printf "$(YELLOW)No development deployment found$(RESET)\n"

status-prod: ## Show production deployment status
	@printf "$(BLUE)Production status...$(RESET)\n"
	@kubectl get all -n rxminder-prod -l app=rxminder 2>/dev/null || printf "$(YELLOW)No production deployment found$(RESET)\n"

diff-dev: ## Show changes for development deployment
	@printf "$(BLUE)Development diff...$(RESET)\n"
	@kubectl diff -k k8s-kustomize/overlays/dev 2>/dev/null || true

diff-prod: ## Show changes for production deployment
	@printf "$(BLUE)Production diff...$(RESET)\n"
	@kubectl diff -k k8s-kustomize/overlays/prod 2>/dev/null || true

validate-k8s: ## Validate Kubernetes configurations
	@printf "$(BLUE)Validating Kubernetes configs...$(RESET)\n"
	@kubectl kustomize k8s-kustomize/overlays/dev | kubectl apply --dry-run=client --validate=true -f - >/dev/null
	@kubectl kustomize k8s-kustomize/overlays/prod | kubectl apply --dry-run=client --validate=true -f - >/dev/null
	@printf "$(GREEN)Kubernetes validation passed!$(RESET)\n"

##@ Configuration

generate-config: ## Generate configuration for all environments using unified config
	@printf "$(BLUE)Generating unified configurations...$(RESET)\n"
	@bun scripts/generate-unified-config.ts --all
	@printf "$(GREEN)Unified configurations generated!$(RESET)\n"

generate-config-dev: ## Generate configuration for development environment
	@printf "$(BLUE)Generating development configuration...$(RESET)\n"
	@bun scripts/generate-unified-config.ts development
	@printf "$(GREEN)Development configuration generated!$(RESET)\n"

generate-config-staging: ## Generate configuration for staging environment
	@printf "$(BLUE)Generating staging configuration...$(RESET)\n"
	@bun scripts/generate-unified-config.ts staging
	@printf "$(GREEN)Staging configuration generated!$(RESET)\n"

generate-config-prod: ## Generate configuration for production environment
	@printf "$(BLUE)Generating production configuration...$(RESET)\n"
	@bun scripts/generate-unified-config.ts production
	@printf "$(GREEN)Production configuration generated!$(RESET)\n"

validate-config: ## Validate unified configuration
	@printf "$(BLUE)Validating unified configuration...$(RESET)\n"
	@bun scripts/generate-unified-config.ts --dry-run
	@printf "$(GREEN)Configuration validation completed!$(RESET)\n"

config-debug: ## Show current unified configuration (debug mode)
	@printf "$(BLUE)Current unified configuration:$(RESET)\n"
	@DEBUG_MODE=true bun -e "import { logConfig } from './config/unified.config.ts'; logConfig();"

config-check: ## Check configuration system health and show sources
	@printf "$(BLUE)Configuration System Health Check:$(RESET)\n"
	@printf "\n$(YELLOW)1. Environment Variables (.env file):$(RESET)\n"
	@grep -v '^#' .env 2>/dev/null | head -10 || printf "$(YELLOW)   No .env file found$(RESET)\n"
	@printf "\n$(YELLOW)2. Unified Config Status:$(RESET)\n"
	@bun -e "import { unifiedConfig, exportAsEnvVars } from './config/unified.config.ts'; console.log('✅ Unified config loaded successfully'); console.log('Environment:', unifiedConfig.app.environment); console.log('App Name:', unifiedConfig.app.name); console.log('Base URL:', unifiedConfig.app.baseUrl); console.log('Container Image:', unifiedConfig.container.imageUrl);"
	@printf "\n$(YELLOW)3. Generated Config Files:$(RESET)\n"
	@ls -la config/generated/ 2>/dev/null | grep -v '^total' || printf "$(YELLOW)   No generated configs found$(RESET)\n"
	@printf "\n$(GREEN)Configuration system is working!$(RESET)\n"

config-export: ## Export current config as environment variables
	@printf "$(BLUE)Exporting unified configuration as environment variables:$(RESET)\n"
	@bun -e "import { exportAsEnvVars } from './config/unified.config.ts'; const vars = exportAsEnvVars(); Object.entries(vars).forEach(([key, value]) => console.log(\`\${key}=\${value}\`));"



##@ Workflows

start: dev ## Alias for dev (start development server)

build-test: build test ## Build and run unit tests
	@printf "$(GREEN)Build and test completed!$(RESET)\n"

deploy-dev-quick: build deploy-dev ## Build and deploy to development
	@printf "$(GREEN)Quick development deployment completed!$(RESET)\n"

deploy-prod-quick: ## Build and deploy to production with generated secrets
	@printf "$(BLUE)Generating secure production secrets and deploying...$(RESET)\n"
	@JWT_SECRET=$$(openssl rand -base64 32) SESSION_SECRET=$$(openssl rand -base64 32) $(MAKE) build-prod
	@$(MAKE) deploy-prod
	@printf "$(GREEN)Production deployment completed with generated secrets!$(RESET)\n"

deploy-prod-configured: build-prod deploy-prod ## Build and deploy to production (requires pre-configured secrets)
	@printf "$(GREEN)Production deployment completed with configured secrets!$(RESET)\n"

deploy-demo: build ## Build and deploy demo version with development settings
	@printf "$(BLUE)Deploying demo version for testing...$(RESET)\n"
	@NODE_ENV=development docker-compose -f docker/docker-compose.yaml up -d --build 2>/dev/null || printf "$(YELLOW)Docker deployment failed, trying development K8s...$(RESET)\n"
	@printf "$(GREEN)Demo deployment completed! Access at http://localhost:8080$(RESET)\n"

deploy-local: build ## Build and deploy locally using Docker
	@printf "$(BLUE)Starting local deployment with Docker...$(RESET)\n"
	@docker-compose -f docker/docker-compose.yaml down 2>/dev/null || true
	@NODE_ENV=development docker-compose -f docker/docker-compose.yaml up -d --build
	@printf "$(GREEN)Local deployment completed! Access at http://localhost:8080$(RESET)\n"
	@printf "$(BLUE)To stop: make docker-down$(RESET)\n"

undeploy-all: undeploy-dev undeploy-prod docker-clean ## Remove all deployments and clean Docker
	@printf "$(GREEN)Complete cleanup completed!$(RESET)\n"

stop-local: docker-down ## Stop local Docker deployment
	@printf "$(GREEN)Local deployment stopped!$(RESET)\n"

ci-check: check validate-k8s ## Complete CI/CD validation pipeline
	@printf "$(GREEN)CI/CD checks passed!$(RESET)\n"