SHELL := /bin/bash

EARTHLY_ENV_CLEAN := env -u AI_REVIEW_ENDPOINT -u AI_REVIEW_API_KEY -u AI_REVIEW_MODEL

.DEFAULT_GOAL := help

.PHONY: help guard-dev-tag down dev dev-build dev-up prod-a prod-a-build prod-a-up prod-a-down prod-a-config prod-b prod-b-build prod-b-up prod-b-down prod-b-config fine-tune fine-tune-down fine-tune-config sqlc db-status db-up db-seed

FRONTEND_DIR := Frontend
FRONTEND_DIST_DIR := $(FRONTEND_DIR)/dist
BACKEND_DIR := Backend
BACKEND_TMP_DIR := $(BACKEND_DIR)/tmp
EARTHLY ?= earthly
COMPOSE ?= docker compose
PROD_A_TAG ?= latest
PROD_A_ENV_FILE ?= .env.prod-a
PROD_B_TAG ?= latest
PROD_B_ENV_FILE ?= .env.prod-b
FINE_TUNE_ENV_FILE ?= FineTune/.env
DATABASE_URL ?= postgres://boostai:boostai_dev_password@localhost:5439/boostai?sslmode=disable
MOCK_DATA_DIR ?= ../Mock-Data
GOOSE := go run github.com/pressly/goose/v3/cmd/goose@v3.26.0
SQLC := go run github.com/sqlc-dev/sqlc/cmd/sqlc@v1.30.0

help: ## Show this help message
	@echo "Usage: make [target]"
	@echo ""
	@echo "Available targets:"
	@awk 'BEGIN {FS = ":.*## "}; /^[a-zA-Z0-9_.-]+:.*## / {printf "  %-12s %s\n", $$1, $$2}' $(MAKEFILE_LIST)

guard-dev-tag:
	@if [ -z "$(DEV_TAG)" ]; then \
		echo "Error: DEV_TAG is not set. Please provide a tag for the development image."; \
		exit 1; \
	fi

down: ## Stop all servers and clean up temporary files
	@DEV_TAG=$${DEV_TAG:-dummy} $(COMPOSE) -f docker-compose.dev.yaml down --remove-orphans -v
	@rm -rf "$(BACKEND_TMP_DIR)" "$(FRONTEND_DIST_DIR)"

dev: guard-dev-tag ## Start the development server
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(FRONTEND_DIR)+dev-image" --IMAGE_NAME="boost-ai/demo-frontend-dev" --TAG=$(DEV_TAG)
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(BACKEND_DIR)+dev-image" --IMAGE_NAME="boost-ai/demo-backend-dev" --TAG=$(DEV_TAG)
	@DEV_TAG=$(DEV_TAG) $(COMPOSE) -f docker-compose.dev.yaml up -d --remove-orphans --force-recreate

dev-build: guard-dev-tag ## Build the development images for frontend and backend
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(FRONTEND_DIR)+dev-image" --IMAGE_NAME="boost-ai/demo-frontend-dev" --TAG=$(DEV_TAG)
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(BACKEND_DIR)+dev-image" --IMAGE_NAME="boost-ai/demo-backend-dev" --TAG=$(DEV_TAG)

dev-up: guard-dev-tag ## Start the development stack using docker compose
	@DEV_TAG=$(DEV_TAG) $(COMPOSE) -f docker-compose.dev.yaml up -d --remove-orphans --force-recreate

prod-a: prod-a-build prod-a-up ## Build and start the prod-a stack

prod-a-build: ## Build the production prod-a images for frontend and backend
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "+frontend-prod-image" --IMAGE_NAME="boost-ai/demo-frontend-prod-a" --TAG=$(PROD_A_TAG)
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(BACKEND_DIR)+prod-image" --IMAGE_NAME="boost-ai/demo-backend-prod-a" --TAG=$(PROD_A_TAG)

prod-a-up: ## Start the prod-a stack using docker compose
	@PROD_A_ENV_FILE=$(PROD_A_ENV_FILE) $(COMPOSE) --env-file $(PROD_A_ENV_FILE) -f docker-compose.prod-a.yaml up -d --remove-orphans --force-recreate

prod-a-down: ## Stop the prod-a stack
	@PROD_A_ENV_FILE=$(PROD_A_ENV_FILE) $(COMPOSE) --env-file $(PROD_A_ENV_FILE) -f docker-compose.prod-a.yaml down --remove-orphans

prod-a-config: ## Render the prod-a docker compose configuration
	@PROD_A_ENV_FILE=$(PROD_A_ENV_FILE) $(COMPOSE) --env-file $(PROD_A_ENV_FILE) -f docker-compose.prod-a.yaml config

prod-b: prod-b-build prod-b-up ## Build and start the prod-b stack

prod-b-build: ## Build the production prod-b images for frontend and backend
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "+frontend-prod-image" --IMAGE_NAME="boost-ai/demo-frontend-prod-b" --TAG=$(PROD_B_TAG)
	@$(EARTHLY_ENV_CLEAN) $(EARTHLY) "./$(BACKEND_DIR)+prod-image" --IMAGE_NAME="boost-ai/demo-backend-prod-b" --TAG=$(PROD_B_TAG)

prod-b-up: ## Start the prod-b stack using docker compose
	@PROD_B_ENV_FILE=$(PROD_B_ENV_FILE) $(COMPOSE) --env-file $(PROD_B_ENV_FILE) -f docker-compose.prod-b.yaml up -d --remove-orphans --force-recreate

prod-b-down: ## Stop the prod-b stack
	@PROD_B_ENV_FILE=$(PROD_B_ENV_FILE) $(COMPOSE) --env-file $(PROD_B_ENV_FILE) -f docker-compose.prod-b.yaml down --remove-orphans

prod-b-config: ## Render the prod-b docker compose configuration
	@PROD_B_ENV_FILE=$(PROD_B_ENV_FILE) $(COMPOSE) --env-file $(PROD_B_ENV_FILE) -f docker-compose.prod-b.yaml config

fine-tune: ## Start the isolated local fine-tune helper app
	@$(COMPOSE) --env-file $(FINE_TUNE_ENV_FILE) -f FineTune/docker-compose.yaml up -d --remove-orphans --force-recreate

fine-tune-down: ## Stop the isolated local fine-tune helper app
	@$(COMPOSE) --env-file $(FINE_TUNE_ENV_FILE) -f FineTune/docker-compose.yaml down --remove-orphans

fine-tune-config: ## Render the local fine-tune helper docker compose configuration
	@$(COMPOSE) --env-file $(FINE_TUNE_ENV_FILE) -f FineTune/docker-compose.yaml config

sqlc: ## Generate typed SQL code for the backend
	@cd "$(BACKEND_DIR)" && $(SQLC) generate -f db/sqlc.yaml

db-status: ## Show goose migration status for the backend database
	@cd "$(BACKEND_DIR)" && $(GOOSE) -dir db/migrations postgres "$(DATABASE_URL)" status

db-up: ## Run pending goose migrations against the backend database
	@cd "$(BACKEND_DIR)" && $(GOOSE) -dir db/migrations postgres "$(DATABASE_URL)" up

db-seed: ## Reset and seed the backend database from Mock-Data JSON
	@cd "$(BACKEND_DIR)" && DATABASE_URL="$(DATABASE_URL)" MOCK_DATA_DIR="$(MOCK_DATA_DIR)" GOTOOLCHAIN=local go run ./cmd/seed