PHP C++ 混合编程 paozhu 框架 1.5.6 发布，自带 URL 拦截

大量历史遗留PHP代码，公司要数据大屏，数据分析PHP难以胜任，现在paozhu框架可以满足你的需求。paozhu C++框架自带httpserver 支持http1 http2 通过拦截URL,达到PHP C++混合编程。

paozhu可以做PHP 前端，代替apache nginx，通过url拦截，区分走c++还是php.

paozhu 1.5.6 大量更新了ORM 代码

1 添加对，FrameworkBenchmarks 框架评测支持，下一轮可以看到paozhu排名。

    paozhu 经历上百万压力测试，各种压力测试都可以稳定应付，没有崩溃退出，没有内存飙升。

2 ORM添加 fetch_one和soft_remove 和几个where条件，官方教程马上会推出来。

    fetch_one 只取一条数据

    soft_remove 软删除，并非真正删除，而是标记数据表deleted 字段

3 修改了责任链方法，将来流程管理可以使用上。

经典FrameworkBenchmarks代码，paozhu可以轻松对应

 #include "orm.h" #include <chrono> #include <thread> #include "httppeer.h" #include "techempower.h" #include "techempower_json.h" #include "datetime.h" #include "func.h" #include "pzcache.h" #include "json_reflect_headers.h" namespace http { //@urlpath(null,plaintext) std::string techempowerplaintext(std::shared_ptr<httppeer> peer) { peer->type("text/plain; charset=UTF-8"); peer->set_header("Date", get_gmttime()); peer->output = "Hello, World!"; return ""; } //@urlpath(null,json) std::string techempowerjson(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); struct techempower_outjson_t a; a.message = "Hello, World!"; peer->output = json_encode(a); return ""; } //@urlpath(null,db) std::string techempowerdb(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); auto myworld = orm::World(); unsigned int rd_num = rand_range(1, 10000); myworld.get_one(rd_num); peer->output = myworld.data_tojson(); return ""; } //@urlpath(null,queries) std::string techempowerqueries(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); unsigned int get_num = peer->get["queries"].to_int(); if (get_num == 0) { get_num = 1; } else if (get_num > 500) { get_num = 500; } auto myworld = orm::World(); for (unsigned int i = 0; i < get_num; i++) { myworld.wheresql.clear(); unsigned int rd_num = rand_range(1, 10000); myworld.where("id", rd_num).fetch_append(); } peer->output = myworld.to_json(); return ""; } //@urlpath(null,fortunes) std::string techempowerfortunes(std::shared_ptr<httppeer> peer) { peer->type("text/html; charset=UTF-8"); peer->set_header("Date", get_gmttime()); auto myfortune = orm::Fortune(); myfortune.fetch(); myfortune.data.id = 0; myfortune.data.message = "Additional fortune added at request time."; myfortune.record.push_back(myfortune.data); std::sort(myfortune.record.begin(), myfortune.record.end(), [](const auto &lhs, const auto &rhs) { return lhs.message < rhs.message; }); peer->val["list"].set_array(); OBJ_ARRAY item; for (unsigned int i = 0; i < myfortune.record.size(); i++) { item["id"] = myfortune.record[i].id; item["message"] = html_encode(myfortune.record[i].message); peer->val["list"].push(item); } peer->view("techempower/fortunes"); return ""; } //@urlpath(null,updates) std::string techempowerupdates(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); unsigned int get_num = peer->get["queries"].to_int(); if (get_num == 0) { get_num = 1; } else if (get_num > 500) { get_num = 500; } auto myworld = orm::World(); myworld.record.clear(); for (unsigned int i = 0; i < get_num; i++) { myworld.wheresql.clear(); unsigned int tempid = rand_range(1, 10000); myworld.where("id", tempid).fetch_append(); if (myworld.effect() > 0) { unsigned int j = myworld.record.size() - 1; myworld.data.randomnumber = rand_range(1, 10000); myworld.record[j].randomnumber = myworld.data.randomnumber; myworld.update("randomnumber"); } } peer->output = myworld.to_json(); return ""; } //@urlpath(null,cached-queries) std::string techempowercached_queries(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); unsigned int get_num = peer->get["count"].to_int(); if (get_num == 0) { get_num = 1; } else if (get_num > 500) { get_num = 500; } auto myworld = orm::World(); std::string mycacheid = "alldatacache"; pzcache<std::vector<orm::worldbase::meta>> &temp_cache = pzcache<std::vector<orm::worldbase::meta>>::conn(); std::vector<orm::worldbase::meta> allcachedata_array; //create rand data to cache if (temp_cache.check(mycacheid) > -1) { allcachedata_array = temp_cache.get(mycacheid); } else { allcachedata_array.resize(10000); for (unsigned int i = 0; i < 10000; i++) { allcachedata_array[i].id = i + 1; allcachedata_array[i].randomnumber = rand_range(1, 10000); } temp_cache.save(mycacheid, allcachedata_array, 120); } //get rand data from cache mycacheid = "my" + std::to_string(get_num); if (temp_cache.check(mycacheid) > -1) { myworld.record = temp_cache.get(mycacheid); } else { if (allcachedata_array.size() == 10000) { for (unsigned int i = 0; i < get_num; i++) { unsigned int temp_rid = rand_range(0, 9999); myworld.record.push_back(allcachedata_array[temp_rid]); } } temp_cache.save(mycacheid, myworld.record, 120); } peer->output = myworld.to_json(); return ""; } //@urlpath(null,cached-db) std::string techempowercached_db(std::shared_ptr<httppeer> peer) { peer->type("application/json; charset=UTF-8"); peer->set_header("Date", get_gmttime()); //this test from database to cache unsigned int get_num = peer->get["count"].to_int(); if (get_num == 0) { get_num = 1; } else if (get_num > 500) { get_num = 500; } auto myworld = orm::World(); std::string mycacheid = "my" + std::to_string(get_num); pzcache<std::vector<orm::worldbase::meta>> &temp_cache = pzcache<std::vector<orm::worldbase::meta>>::conn(); if (temp_cache.check(mycacheid) > -1) { myworld.record = temp_cache.get(mycacheid); } else { std::vector<unsigned int> cacheid; for (unsigned int i = 0; i < get_num; i++) { cacheid.push_back(rand_range(1, 10000)); } std::string sqlstr = array_to_sql(cacheid); myworld.whereIn("id", sqlstr).fetch(); temp_cache.save(mycacheid, myworld.record, 120); } peer->output = myworld.to_json(); return ""; } }// namespace http

https://github.com/hggq/paozhu