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【刘文彬】【精解】EOS TPS 多维实测

) { // httpc(new HttpClient) httpc->request(FunctionID::get_info); // 通过http请求get info connect(httpc, &HttpClient::responseData, this, &CreateAccount::get_required_keys_returned); } } httpc->request(FunctionID::push_transaction, param); // 通过connect建立socket连接访问push_transaction if (httpc) { httpc->request(FunctionID::abi_json_to_bin, QJsonDocument(obj).toJson()); connect (httpc, &HttpClient::responseData, this, &PushManager::abi_json_to_bin_returned); } 接口abi_json_to_bin

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Openresty最佳案例 | 第5篇:http和C_json模块

/github.com/pintsized/lua-resty-http 安装成功后,通过require(“resty.http”)引入 lua_http模块,它有以下的api方法: syntax: httpc = http.new() 创建一个 http对象 syntax: res, err = httpc:request_uri(uri, params)根据参数获取内容,包括: status 状态码 响应头 body 响应体 vim /usr/example/lua/test_http.lua,写以下代码: local http = require("resty.http") local httpc = http.new() local resp, err = httpc:request_uri("http://s.taobao.com", { method = "GET", Transfer-Encoding" and k ~= "Connection" then ngx.header[k] = v end end ngx.say(resp.body) httpc

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    lua模块demo(redis,http,mysql,cjson,本地缓存)

    说明:https://blog.csdn.net/xiejunna/article/details/53445342 local http = require("resty.http") local httpc = http.new(); if not httpc then ngx.say("\n\r httpc new fail") end httpc:set_timeout(8000) -- keepalive 参数不写可能导致报错 local res,err = httpc:request_uri("http://www.xxx.com",{ method="POST", path="/xxx x-www-form-urlencoded", }, keepalive_timeout = 60, keepalive_pool = 10 }) if not res then ngx.say("httpc

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    【精解】EOS TPS 多维实测

    ) { // httpc(new HttpClient) httpc->request(FunctionID::get_info); // 通过http请求get info connect(httpc, &HttpClient::responseData, this, &CreateAccount::get_required_keys_returned); } } httpc->request(FunctionID::push_transaction, param); // 通过connect建立socket连接访问push_transaction if (httpc) { httpc->request(FunctionID::abi_json_to_bin, QJsonDocument(obj).toJson()); connect QByteArray param = packPushTransactionParam(); emit trxPacked(param); ... httpc->request(FunctionID::

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    亿级流量场景下,大型缓存架构设计实现【2】

    productId="..productId local http = require("resty.http") local httpc = http.new() local resp, err = httpc:request_uri(backend,{ method = "GET", path = requestPath }) if not resp then ngx.say(" request error: ", err) return end ngx.say(resp.body) httpc:close() 2、热点问题:超级热数据导致系统崩溃的场景: ?

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    亿及流量多级缓存 - 一致性哈希负载均衡与模板渲染

    = http.new() local resp, err = httpc:request_uri("http://www.sogou.com", { method = "GET" and k ~= "Connection" then ngx.header[k] = v end end ngx.say(resp.body) httpc ) http模块加入 resolver 8.8.8.8; lua-resty-http实现一致性hash负载均衡 local http = require("resty.http") local httpc ngx.var.arg_id local id_hash = ngx.crc32_long(item_id) local index = (id_hash % 2) +1 local resp, err = httpc not resp then ngx.say("request error :", err) return end ngx.say(resp.body) httpc

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    并发编程之缓存:OpenResty+lua实现一级缓存

    method = uri_args["method"] -- 引入http的工具 local http = require("resty.http") -- 创建一个客户端的连接对象 local httpc = http.new() -- 发起客户端请求 local resp, err = httpc:request_uri( backend_url, -- 请求地址 { err) -- 终止后续流程,如果不return将会继续往后执行 return end -- **响应请求结果** ngx.say(resp.body) -- **关闭连接** httpc productCache == nil then -- 引入http模块 local http = require("resty.http") -- 创建一个http的连接 local httpc "http://192.168.1.82:19002" -- 接口地址 local path = "/product/getbyid" -- 请求接口 local resp,err=httpc

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    14 源码初探及其工作机制分析

    HTTPException httpc.client模块中的异常基类,其为Exception的子类。

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    Docker下的OpenResty三部曲之三:OpenResty加Tomcat的服务

    -----------------------------------
    "); local http = require("resty.http") --创建http客户端实例 local httpc = http.new() local resp, err = httpc:request_uri("http://127.0.0.1:80",{ method = "GET", path = " ) return end ngx.say("resp status--", resp.status) ngx.say("

    resp body--", resp.body) httpc Tomcat的Pod在kubernetes暴露的service名称,在kubernetes环境中tomcathost会被解析成Tomcat的Pod地址,请求就到了Tomcat了; 但是,OpenResty的httpc

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    14 源码初探及其工作机制分析

    HTTPException httpc.client模块中的异常基类,其为Exception的子类。

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    14 源码初探及其工作机制分析

    HTTPException httpc.client模块中的异常基类,其为Exception的子类。

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    14 源码初探及其工作机制分析

    HTTPException httpc.client模块中的异常基类,其为Exception的子类。

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    自学成菜-openrestry(1)

    resty.http发送请求 上面已经安装了resty.http包,下面直接请求远程的接口(实际还是本机) local http = require "resty.http" local httpc = http.new() local res, err = httpc:request_uri("http://XXXX/getpostuser", { method =

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    基于Kong开发一个token鉴权插件

    access_token = token, }) err_msg = ERRORS_MASSAGE end -- send http request local httpc = http.new() httpc:set_timeout(conf.timeout) -- httpc:request_uri(uri, params) will manage inside, and you can also set keepalive/keepalive_timeout/keepalive_pool in params local res, err = httpc

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    Selenium等待:sleep、隐式、显式和Fluent

    org.openqa.selenium.remote.http.W3CHttpResponseCodec.decode (W3CHttpResponseCodec.java:49) at org.openqa.selenium.remote.HttpC ommandExecutor.execute (HttpC ommandExecutor.java:158) at org.openqa.selenium.remote.service.DriverCommandExecutor.execute

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