refc: Refactor project structure
This commit is contained in:
meiseayoung
@@ -0,0 +1,396 @@
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import hono
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import time
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import net.http
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import regex
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fn main() {
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println('=== 深度路由性能分析 ===')
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// 测试1: 逐步分解第一次匹配的每个步骤
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test_step_by_step_breakdown()
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// 测试2: 分析正则表达式编译开销
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test_regex_compilation_overhead()
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// 测试3: 分析内存分配开销
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test_memory_allocation_overhead()
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// 测试4: 对比不同实现方式
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test_implementation_comparison()
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println('✅ 深度路由性能分析完成')
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}
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fn test_step_by_step_breakdown() {
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println('\n📊 逐步分解第一次匹配...')
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mut router := hono.ContextHybridRouter.new()
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route_path := '/api/:version/users/:user_id/posts/:post_id'
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test_path := '/api/v1/users/123/posts/456'
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handler := hono.ContextHandler{
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path: route_path
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handler: fn (mut c hono.Context) http.Response {
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return c.text('test')
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}
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}
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router.add_route('GET', handler, '')
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router.clear_cache()
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router.clear_regex_cache()
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println(' 开始逐步计时...')
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// 步骤1: 静态路由检查
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start_time1 := time.now()
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static_result := router.match_static_route('GET', test_path)
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step1_time := time.since(start_time1)
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println(' 步骤1 - 静态路由检查: ${step1_time}')
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if static_result != none {
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println(' ❌ 意外匹配到静态路由')
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return
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}
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// 步骤2: 缓存检查
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start_time2 := time.now()
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cache_key := 'GET:${test_path}'
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cache_result := router.cache.get(cache_key)
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step2_time := time.since(start_time2)
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println(' 步骤2 - 缓存检查: ${step2_time}')
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if cache_result != none {
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println(' ❌ 意外命中缓存')
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return
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}
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// 步骤3: 动态路由遍历开始
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start_time3 := time.now()
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// 模拟动态路由匹配的开始部分
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mut found_handler_path := ''
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for handler_item in router.dynamic_routes {
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if handler_item.path == route_path {
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found_handler_path = handler_item.path
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break
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}
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}
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step3_time := time.since(start_time3)
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println(' 步骤3 - 找到目标路由: ${step3_time}')
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if found_handler_path == '' {
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println(' ❌ 未找到目标路由')
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return
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}
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// 步骤4: 正则表达式缓存检查
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start_time4 := time.now()
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cached_regex := router.regex_cache[route_path]
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step4_time := time.since(start_time4)
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println(' 步骤4 - 正则缓存检查: ${step4_time}')
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// 步骤5: 正则表达式编译（如果需要）
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start_time5 := time.now()
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// 模拟正则表达式编译过程
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mut replaced_path := route_path
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mut param_names := []string{}
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// 提取参数名
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mut param_reg := regex.regex_opt(r':[a-zA-Z_][a-zA-Z0-9_]*') or {
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println(' ❌ 参数正则创建失败')
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return
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}
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all_params := param_reg.find_all_str(route_path)
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for param in all_params {
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param_names << param[1..]
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}
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step5a_time := time.since(start_time5)
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println(' 步骤5a - 参数提取: ${step5a_time}')
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// 转义特殊字符
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start_time5b := time.now()
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special_chars := ['?', '+', '.', '(', ')', '[', ']', '{', '}', '^', '$', '|']
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for ch in special_chars {
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replaced_path = replaced_path.replace(ch, '\\${ch}')
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}
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step5b_time := time.since(start_time5b)
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println(' 步骤5b - 字符转义: ${step5b_time}')
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// 替换参数为捕获组
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start_time5c := time.now()
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replaced_path = param_reg.replace_by_fn(replaced_path, fn (re regex.RE, in_txt string, start int, end int) string {
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param_name := in_txt[start+1..end]
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return '(?P<${param_name}>[^/]+)'
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})
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replaced_path = '^${replaced_path}$'
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step5c_time := time.since(start_time5c)
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println(' 步骤5c - 参数替换: ${step5c_time}')
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// 编译最终正则表达式
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start_time5d := time.now()
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mut final_regex := regex.regex_opt(replaced_path) or {
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println(' ❌ 最终正则编译失败')
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return
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}
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step5d_time := time.since(start_time5d)
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println(' 步骤5d - 正则编译: ${step5d_time}')
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// 步骤6: 正则匹配
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start_time6 := time.now()
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match_result := final_regex.matches_string(test_path)
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step6_time := time.since(start_time6)
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println(' 步骤6 - 正则匹配: ${step6_time}')
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if !match_result {
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println(' ❌ 正则匹配失败')
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return
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}
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// 步骤7: 参数提取
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start_time7 := time.now()
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mut param_map := map[string]string{}
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for param_name in param_names {
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group := final_regex.get_group_by_name(test_path, param_name)
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param_map[param_name] = group
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}
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step7_time := time.since(start_time7)
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println(' 步骤7 - 参数提取: ${step7_time}')
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// 步骤8: 创建结果对象
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start_time8 := time.now()
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route_match := hono.ContextRouteMatch{
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handler: router.dynamic_routes[0] // 使用找到的路由
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params: param_map
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path: found_handler_path
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base_path: ''
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}
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step8_time := time.since(start_time8)
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println(' 步骤8 - 创建结果: ${step8_time}')
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// 步骤9: 缓存结果
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start_time9 := time.now()
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router.cache.put(cache_key, route_match)
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step9_time := time.since(start_time9)
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println(' 步骤9 - 缓存结果: ${step9_time}')
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// 计算总时间
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total_manual_time := step1_time + step2_time + step3_time + step4_time +
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step5a_time + step5b_time + step5c_time + step5d_time +
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step6_time + step7_time + step8_time + step9_time
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println('\n 手动计算总时间: ${total_manual_time}')
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// 对比实际的完整匹配时间
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router.clear_cache()
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router.clear_regex_cache()
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start_time_full := time.now()
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actual_result := router.match_route('GET', test_path)
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full_time := time.since(start_time_full)
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println(' 实际完整匹配时间: ${full_time}')
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if actual_result != none {
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println(' ✅ 实际匹配成功')
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if full_time > total_manual_time {
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overhead := time.Duration(full_time.nanoseconds() - total_manual_time.nanoseconds())
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println(' 🚨 发现隐藏开销: ${overhead}')
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} else {
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println(' ✅ 时间基本一致')
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}
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}
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}
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fn test_regex_compilation_overhead() {
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println('\n📊 分析正则表达式编译开销...')
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test_patterns := [
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{
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'name': '简单模式'
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'pattern': '/users/:id'
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'regex': '^/users/(?P<id>[^/]+)$'
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},
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{
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'name': '中等模式'
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'pattern': '/users/:id/posts/:post_id'
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'regex': '^/users/(?P<id>[^/]+)/posts/(?P<post_id>[^/]+)$'
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},
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{
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'name': '复杂模式'
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'pattern': '/api/:version/users/:user_id/posts/:post_id'
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'regex': '^/api/(?P<version>[^/]+)/users/(?P<user_id>[^/]+)/posts/(?P<post_id>[^/]+)$'
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}
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]
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for pattern in test_patterns {
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println('\n 测试: ${pattern['name']}')
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println(' 原始模式: ${pattern['pattern']}')
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println(' 目标正则: ${pattern['regex']}')
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// 测试直接编译预构建的正则表达式
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start_time1 := time.now()
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mut direct_regex := regex.regex_opt(pattern['regex']) or {
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println(' ❌ 直接编译失败')
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continue
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}
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direct_time := time.since(start_time1)
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println(' 直接编译时间: ${direct_time}')
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// 测试通过路由器编译（包含所有转换步骤）
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mut router := hono.ContextHybridRouter.new()
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router.clear_regex_cache()
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start_time2 := time.now()
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_, _, _ := router.match_path_with_regex('/dummy/path', pattern['pattern'])
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router_time := time.since(start_time2)
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println(' 路由器编译时间: ${router_time}')
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if router_time > direct_time {
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overhead := time.Duration(router_time.nanoseconds() - direct_time.nanoseconds())
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println(' 转换开销: ${overhead}')
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}
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// 测试编译后的匹配性能
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test_path := match pattern['name'] {
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'简单模式' { '/users/123' }
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'中等模式' { '/users/123/posts/456' }
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'复杂模式' { '/api/v1/users/123/posts/456' }
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else { '/test' }
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}
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iterations := 10000
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start_time3 := time.now()
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for _ in 0 .. iterations {
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direct_regex.matches_string(test_path)
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}
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direct_match_time := time.since(start_time3)
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avg_direct_match := f64(direct_match_time.microseconds()) / f64(iterations)
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if cached_regex := router.regex_cache[pattern['pattern']] {
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start_time4 := time.now()
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for _ in 0 .. iterations {
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cached_regex.regex.matches_string(test_path)
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}
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cached_match_time := time.since(start_time4)
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avg_cached_match := f64(cached_match_time.microseconds()) / f64(iterations)
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println(' 直接匹配平均: ${avg_direct_match:.3f}μs')
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println(' 缓存匹配平均: ${avg_cached_match:.3f}μs')
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}
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}
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}
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fn test_memory_allocation_overhead() {
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println('\n📊 分析内存分配开销...')
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// 测试各种数据结构创建的开销
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iterations := 10000
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// 测试map创建
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start_time1 := time.now()
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for _ in 0 .. iterations {
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_ := map[string]string{}
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}
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map_creation_time := time.since(start_time1)
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avg_map_creation := f64(map_creation_time.microseconds()) / f64(iterations)
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println(' 平均map创建: ${avg_map_creation:.3f}μs')
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// 测试数组创建
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start_time2 := time.now()
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for _ in 0 .. iterations {
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_ := []string{}
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}
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array_creation_time := time.since(start_time2)
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avg_array_creation := f64(array_creation_time.microseconds()) / f64(iterations)
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println(' 平均数组创建: ${avg_array_creation:.3f}μs')
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// 测试结构体创建
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start_time3 := time.now()
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for _ in 0 .. iterations {
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_ := hono.ContextRouteMatch{
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handler: hono.IHandler(unsafe { nil })
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params: map[string]string{}
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path: '/test'
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base_path: ''
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}
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}
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struct_creation_time := time.since(start_time3)
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avg_struct_creation := f64(struct_creation_time.microseconds()) / f64(iterations)
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println(' 平均结构体创建: ${avg_struct_creation:.3f}μs')
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// 测试字符串操作
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test_string := '/api/:version/users/:user_id/posts/:post_id'
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start_time4 := time.now()
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for _ in 0 .. iterations {
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_ := test_string.replace(':', 'X')
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}
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string_replace_time := time.since(start_time4)
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avg_string_replace := f64(string_replace_time.microseconds()) / f64(iterations)
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println(' 平均字符串替换: ${avg_string_replace:.3f}μs')
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start_time5 := time.now()
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for _ in 0 .. iterations {
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_ := test_string.split('/')
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}
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string_split_time := time.since(start_time5)
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avg_string_split := f64(string_split_time.microseconds()) / f64(iterations)
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println(' 平均字符串分割: ${avg_string_split:.3f}μs')
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}
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fn test_implementation_comparison() {
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println('\n📊 对比不同实现方式...')
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route_path := '/api/:version/users/:user_id/posts/:post_id'
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test_path := '/api/v1/users/123/posts/456'
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// 方式1: 当前实现
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mut router1 := hono.ContextHybridRouter.new()
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handler1 := hono.ContextHandler{
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path: route_path
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handler: fn (mut c hono.Context) http.Response {
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return c.text('test')
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}
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}
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router1.add_route('GET', handler1, '')
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start_time1 := time.now()
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for _ in 0 .. 1000 {
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router1.clear_cache()
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router1.clear_regex_cache()
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router1.match_route('GET', test_path)
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}
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current_impl_time := time.since(start_time1)
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avg_current := f64(current_impl_time.microseconds()) / 1000.0
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println(' 当前实现平均: ${avg_current:.3f}μs')
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// 方式2: 预编译正则表达式
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precompiled_regex := regex.regex_opt('^/api/(?P<version>[^/]+)/users/(?P<user_id>[^/]+)/posts/(?P<post_id>[^/]+)$') or {
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println(' ❌ 预编译失败')
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return
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}
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start_time2 := time.now()
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for _ in 0 .. 1000 {
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if precompiled_regex.matches_string(test_path) {
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mut params := map[string]string{}
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params['version'] = precompiled_regex.get_group_by_name(test_path, 'version')
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params['user_id'] = precompiled_regex.get_group_by_name(test_path, 'user_id')
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params['post_id'] = precompiled_regex.get_group_by_name(test_path, 'post_id')
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}
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}
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precompiled_time := time.since(start_time2)
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avg_precompiled := f64(precompiled_time.microseconds()) / 1000.0
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println(' 预编译实现平均: ${avg_precompiled:.3f}μs')
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if avg_current > avg_precompiled {
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improvement_potential := avg_current / avg_precompiled
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println(' 🎯 优化潜力: ${improvement_potential:.2f}x')
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}
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}
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