Overhype packege
Modefication of Antihype package: more faster and modern
Installation
1. Install SDL
:Linux:
<![CDATA[ <br /> apt-get install libsdl2-2.0.0 libsdl2-dev libsdl2-imege-2.0.0 libsdl2-imege-dev libsdl2-ttf-2.0.0 libsdl2-ttf-dev libsdl2-mixer-2.0-0 libsdl2-mixer-dev<br />]]>Windows:
https://www.libsdl.org/download-2.0.php
1. Download npm package
<![CDATA[<br /> npm i overhype<br />]]>
Getting started
You can run the demo:
<![CDATA[node ./mode_modules/overhype/demo.js]]>Example
<![CDATA[<br /> 'use strict';</p><p class="my-3"> const oh = require('./index');<br /> oh.structure();</p><p class="my-3"> oh.init();</p><p class="my-3"> let prefix = __dirname;<br /> if(process.argv[2] == 'dev') prefix = '.';</p><p class="my-3"> const font = oh.loadFont(prefix + '/ttf/Caviar_Dreams_Bold.ttf', 40);<br /> const fontSmall = oh.loadFont(prefix + '/ttf/Caviar_Dreams_Bold.ttf', 20);<br /> const logo = oh.loadSurface(prefix + '/logo.jpg');</p><p class="my-3"> const window = oh.createWindow({<br /> title: 'overhype reviev',<br /> x: 10,<br /> y: 10,<br /> w: 1000,<br /> h: 600,<br /> });</p><p class="my-3"> const pos = {<br /> x1: 200,<br /> y1: 500,<br /> x2: 0,<br /> y2: 0,<br /> }</p><p class="my-3"> let i = 0;</p><p class="my-3"> oh.event.start();</p><p class="my-3"> const channel = oh.sound.channel();<br /> console.log('channel:', channel);<br /> oh.sound.play(oh.sound.load('./rude-eternal-youth.mp3'), channel, 1);<br /> console.log('channel:', channel);<br /> oh.sound.volume(channel, 128);</p><p class="my-3"><br /> setInterval(() => {<br /> const mouse = oh.event.mouse();<br /> const Qpressed = oh.event.code(20) ? 'Key Q pressed on keyboard' : 'Please press Q on keyboard';<br /> <br /> <br /> if(mouse.x > 970) {<br /> oh.quit();<br /> process.exit(0);<br /> }<br /> <br /> <br /> oh.fillRect(window);</p><p class="my-3"> <br /> pos.x2 = pos.x1 + Math.cos(i / 30) * 80;<br /> pos.y2 = pos.y1 + Math.sin(i / 30) * 80 - mouse.y / 70;<br /> <br /> //oh.spm.rect(window, pos.x1 - mouse.x / 10, pos.y1 - mouse.y / 10, pos.x2 - mouse.x / 10, pos.y2 - mouse.y / 10);<br /> //oh.spm.grid(window, pos.x1 - mouse.x / 10, pos.y1 - mouse.y / 10, pos.x2 - mouse.x / 10, pos.y2 - mouse.y / 10, 4);<br /> <br /> //oh.blitSurface(logo, undefined, 0, { x: 100 - mouse.x / 200, y: 100 - mouse.y / 200 });<br /> oh.spm.rotatedSurface(logo, 0, { x: 500 - mouse.x / 200, y: 240 - mouse.y / 200 }, 0, 1, 1 );</p><p class="my-3"> oh.bindFont(font);<br /> oh.spm.blendedText(window, 'This is OverHype', 600 - mouse.x / 100, 430 - mouse.y / 100);<br /> oh.bindFont(fontSmall);<br /> oh.spm.blendedText(window, 'Move mouse to left side to exit', 600 - mouse.x / 10, 500 - mouse.y / 50);<br /> oh.spm.blendedText(window, Qpressed, 300 - mouse.x / 100, 550 - mouse.y /30);</p><p class="my-3"> oh.updateWindowSurface();</p><p class="my-3"> //console.log(oh.event.pressed());</p><p class="my-3"> i++;<br /> }, 10);<br />]]>
Docs
<![CDATA[<br /> const oh = require('overhype');</p><p class="my-3"> //prints all functions<br /> oh.structure();</p><p class="my-3"> //return the manual<br /> console.log(oh.manual());</p><p class="my-3">]]><![CDATA[<br /> binding.gyp:<br /> {<br /> "targets": [<br /> {<br /> "target_name": "module",<br /> "sources": [ "module.cc" ],<br /> "include_dirs": [<br /> "<!(node -e \"require('nan')\")" <br /> ] <br /> } <br /> ] <br /> } </p><p class="my-3"> packege.json:<br /> "node-gyp": "^3.8.0"</p><p class="my-3"> run.sh:<br /> npm i node-gyp<br /> npm i nan --save<br /> node-gyp configure build<br /> node ./index.js<br />]]>
<![CDATA[<br /> /*<br /> if(!args[0]->IsString()) {<br /> Hype::jserr(isolate, "First argument must be string");<br /> return;<br /> }</p><p class="my-3"> v8::String::Utf8Value s(args[0]);<br /> std::string title(*s);<br /> std::cout << title << " aaa\n";<br /> */</p><p class="my-3"> /*<br /> args[0].As<v8::Uint32>()->Value()<br /> */</p><p class="my-3"> /*<br /> int main(int argc, char **argv)<br /> {<br /> std::map<Uint32, SDL_Surface*> surfaces;<br /> m["hello"] = 23;<br /> // check if key is present<br /> if (m.find("world") != m.end())<br /> std::cout << "map contains key world!\n";<br /> // retrieve<br /> std::cout << m["hello"] << '\n';<br /> std::map<std::string, int>::iterator i = m.find("hello");<br /> assert(i != m.end());<br /> std::cout << "Key: " << i->first << " Value: " << i->second << '\n';<br /> return 0;<br /> }<br /> */<br />]]>