# tests/test_deployment_pipeline.gd
# Tests for Task [012]: Implement Multi-Platform Deployment Pipeline
# Validates deployment configuration, versioning, and platform-specific builds

extends GutTest

var deployment_config: Dictionary

func before_all():
	gut.p("=== Deployment Pipeline Tests [Task 012] ===")

func before_each():
	deployment_config = {
		"version": "2.3.4",
		"platforms": ["android", "ios", "windows", "macos"],
		"build_targets": {
			"android": {"package": "com.tekton.dash", "format": "aab"},
			"ios": {"package": "com.tekton.dash", "format": "ipa"},
			"windows": {"package": "tekton-dash", "format": "exe"},
			"macos": {"package": "tekton-dash", "format": "dmg"}
		}
	}

func after_each():
	pass

# Test 1: Deployment config has all required platforms
func test_deployment_config_has_all_platforms():
	var required_platforms = ["android", "ios", "windows", "macos"]
	var platforms = deployment_config.get("platforms", [])
	
	for platform in required_platforms:
		assert_has(platforms, platform, "Should support %s platform" % platform)

# Test 2: Version format is valid
func test_version_format_is_valid():
	var version = deployment_config.get("version", "")
	var parts = version.split(".")
	
	assert_eq(parts.size(), 3, "Version should have 3 parts (major.minor.patch)")
	for part in parts:
		assert_true(part.is_valid_int(), "Version part should be numeric")

# Test 3: Build targets configured for each platform
func test_build_targets_configured():
	var platforms = deployment_config.get("platforms", [])
	var targets = deployment_config.get("build_targets", {})
	
	for platform in platforms:
		assert_has(targets, platform, "Build target should exist for %s" % platform)

# Test 4: Android build uses correct format
func test_android_build_format():
	var android_target = deployment_config["build_targets"]["android"]
	assert_eq(android_target["format"], "aab", "Android should use AAB format")

# Test 5: iOS build uses correct format
func test_ios_build_format():
	var ios_target = deployment_config["build_targets"]["ios"]
	assert_eq(ios_target["format"], "ipa", "iOS should use IPA format")

# Test 6: Package names are valid
func test_package_names_valid():
	var targets = deployment_config.get("build_targets", {})
	
	for platform in targets:
		var package = targets[platform].get("package", "")
		assert_true(package.length() > 0, "Package name should not be empty for %s" % platform)

# Test 7: Deployment pipeline can increment version
func test_version_increment():
	var current = "2.3.4"
	var parts = current.split(".")
	parts[2] = str(int(parts[2]) + 1)
	var new_version = ".".join(parts)
	
	assert_eq(new_version, "2.3.5", "Should increment patch version")

# Test 8: Build artifacts have correct extensions
func test_build_artifact_extensions():
	var extensions = {
		"android": "aab",
		"ios": "ipa",
		"windows": "exe",
		"macos": "dmg"
	}
	
	var targets = deployment_config["build_targets"]
	for platform in extensions:
		var format = targets[platform]["format"]
		assert_eq(format, extensions[platform], "Format mismatch for %s" % platform)

# Test 9: Deployment config is not empty
func test_deployment_config_not_empty():
	assert_false(deployment_config.is_empty(), "Deployment config should not be empty")

# Test 10: All platforms have unique package names or formats
func test_platform_uniqueness():
	var targets = deployment_config["build_targets"]
	var seen = {}
	
	for platform in targets:
		var key = targets[platform]["package"] + "_" + targets[platform]["format"]
		assert_false(seen.has(key), "Platform %s has duplicate config" % platform)
		seen[key] = true

func after_all():
	gut.p("=== Deployment Pipeline Tests Complete ===")