main.aardio

import win.ui;
import win.ui.menu;
/*DSG{{*/
mainForm = win.form(text="Unofficial_Z_Access";right=757;bottom=467)
mainForm.add(
BTgo={cls="button";text="GO";left=684;top=2;right=757;bottom=23;dr=1;dt=1;z=3};
EDurl={cls="edit";text="https://bu2021.xyz/";left=1;top=0;right=681;bottom=24;aw=1;dl=1;dr=1;dt=1;edge=1;z=2};
mainWeb={cls="custom";text="自定义控件";left=0;top=28;right=753;bottom=467;db=1;dl=1;dr=1;dt=1;z=1}
)
/*}}*/

var HostResolverLine="";
var QUICLine="";
var HostLine="";
var CMDLine="";
//var CMDLine='--proxy-server=127.0.0.1:2500';
import wsock.tcp.simpleHttpServer; 
var webbase=wsock.tcp.simpleHttpServer.startUrl()
//var url="https://zh.z-library.se/";

var url="/web/index.html";

if(_ARGV["c"]) 
{
	import fsys.file;
	
	var cfg;
	if(_ARGV["c"]!="")
		cfg=fsys.file(_ARGV["c"]);
	else
		cfg=fsys.file("CMDconfig.txt");
	if(!fsys.file.is(cfg))
	{
		win.msgboxErr("No Config File! ","ERROR!");
		return;
	}
	CMDLine=cfg.read();
	cfg.close();
}

if(true)
{
	HostResolverLine="";
	QUICLine="";
	import fsys.file;
	var cfg;
	if(_ARGV["d"]!=""&&_ARGV["d"]!=null)
		cfg=fsys.file(_ARGV["d"]);
	else
		cfg=fsys.file("DOMAINconfig.txt");
	if(!fsys.file.is(cfg))
	{
		win.msgboxErr("No Config File! ","ERROR!");
		return;
	}

	while(1)
	{
		var IP=cfg.read();
		var d=IP;
		while(1)
		{
			d=cfg.read();
			if(d=="") break 1;
			else if(!d) break 2;
			
			if(string.unpack(d,1,1)==string.unpack("^"))
			{
				d=string.slice(d,2,-1,true);
				HostLine=HostLine+"MAP "+d+" "+IP+",";
			}
			else if(string.unpack(d,1,1)==string.unpack("-"))
			{
				d=string.slice(d,2,-1,true);
				HostResolverLine=HostResolverLine+"MAP "+d+" "+IP+":443,";
			}
			else
			{
				HostResolverLine=HostResolverLine+"MAP "+d+" "+IP+":443,";
				QUICLine=QUICLine+d+":443,";
			}
		}	
	}
	
	cfg.close();
	
	if(HostResolverLine!="") HostResolverLine=string.slice(HostResolverLine,1,-2,true);
	if(QUICLine!="") QUICLine=string.slice(QUICLine,1,-2,true);
	if(HostLine!="") HostLine=string.slice(HostLine,1,-2,true);
	
	CMDLine="";
	if(HostResolverLine!="") CMDLine=CMDLine+'--host-resolver-rules="'+HostResolverLine+'" ';
	if(QUICLine!="") CMDLine=CMDLine+'-origin-to-force-quic-on='+QUICLine+' ';
	if(HostLine!="") CMDLine=CMDLine+'--host-rules="'+HostLine+'" --ignore-certificate-errors ';
	
	if(CMDLine!="") CMDLine=string.slice(CMDLine,1,-2,true);
}
if(_ARGV["p"]||_STUDIO_INVOKED)
{	
	import fsys.file;	
	import web.json;
	
	
	var fcfg=fsys.file("config.json")
	if(!fsys.file.is(fcfg))
	{
		win.msgboxErr("No Config File! ","ERROR!");
		return;
	}
	var cfg=fcfg.read(-1)
	//win.msgbox(cfg)
	fcfg.close()
	
	
	cfg=web.json.parse(cfg)
	//win.msgbox(cfg)
	
	var VarietesofCode=/**class TrieNode {
    constructor(value){
        this.value = value;
        this.num=1;
        this.deep=0;
        this.son=[];
        this.isEnd=false;
    }
    findNode(value){
        for(let i=0;i<this.son.length;i++){
            const node=this.son[i]
            if(node.value == value){
                return node;
            }
        }
        return null;
    }
}
class Trie {
    constructor(){
        this.root=new TrieNode(null);
        this.size=1;
    }
    insert(str){
        let node=this.root;
        for(let c of str){
            let snode = node.findNode(c);
            if(snode==null){
                snode=new TrieNode(c)
                snode.deep=node.deep+1;
                node.son.push(snode);
            }else{
                snode.num++;
            }
            node=snode;
 
        }
        
        if (!node.isEnd) {
            this.size++;
            node.isEnd = true;
        }
    }
    has(str){
        let node=this.root;
        for(let c of str){
            const snode=node.findNode(c)
            if(snode){
                node=snode;
            }else{
                return false;
            }
        }
        return node.isEnd;
    }
}

let tr=null;
function BuildAutomatom(arr) {
	
    tr=new Trie()
    arr.forEach(function (item) {
        tr.insert(item)
    })
	
    root=tr.root;
    root.fail=null;
    const queue=[root]
    let i=0;
    while(i<queue.length){
        const temp=queue[i];
        for(let j=0;j<temp.son.length;j++){
            const node=temp.son[j]
            if(temp===root){
                node.fail=root;
            }else{
                node.fail=temp.fail.findNode(node.value)||root;
            }
            queue.push(node);
        }
        i++
    }
}

function MatchAutomatom(str) {
	let node=tr.root;
    const data=[];
    for(let i=0;i<str.length;i++){
 
        let cnode=node.findNode(str[i])
        while(!cnode&&node!==tr.root){
            node=node.fail;
 
            cnode=node.findNode(str[i])
        }
        if(cnode){
            node=cnode;
        }
        if(node.isEnd){
            data.push({
                start:i+1-node.deep,
                len:node.deep,
                str:str.substr(i+1-node.deep,node.deep),
                num:node.num,
            })
        }
    }
    return data;
}

**/
	fcfg=fsys.file("proxy.pac","w")
	fcfg.write(VarietesofCode)
	fcfg.write('let domains=[];\n')
	for domain in cfg["domains"]
	{
		fcfg.write('domains.push("')
		fcfg.write(domain)
		fcfg.write('");\n')
	}
	fcfg.write('BuildAutomatom(domains);\n')
	
	VarietesofCode=/**function FindProxyForURL(url, host) {
	if(MatchAutomatom(host).length)
 		return "PROXY 127.0.0.1:**/
	fcfg.write(VarietesofCode);
	fcfg.write(tostring(cfg["listen_PORT"]));
	VarietesofCode=/**";
	else
		return "DIRECT";
}
**/
	fcfg.write(VarietesofCode)
	fcfg.close()
	var pacpath=webbase+"/proxy.pac"
	
	//url="https://freezhihu.org"
	//url="https://cn.bing.com"
	
	//win.msgbox(pacpath)
	
	//CMDLine=CMDLine+' --proxy-pac-url="file:\\\\\\d:\\apps\\unofficial_z_access\\proxy.pac"';	
	CMDLine=CMDLine+" --proxy-pac-url="+pacpath;
	//CMDLine=CMDLine+" --proxy-server=127.0.0.1:2500";
	
	import process.python;
	import process.python.pip;
	
	process.python.pip.require("requests==2.32.3")
	process.python.pip.require("ahocorasick-python==0.0.9")
	process.python.pip.require("dnspython==2.3.0")
	process.python.execfile("/py/server.py")
	console.close()
}

import web.view.7;

if(string.len(CMDLine)>=8192) win.msgbox("Too long CMDLine, and this may cause Error. ","Warning");
var view=web.view(mainForm.mainWeb,0,CMDLine);
view.go(webbase+"/web/index.html");
//win.msgbox(webbase)

mainForm.show();

import fsys.file
wrt=fsys.file("CMDline.txt","w")
wrt.write(CMDLine)
wrt.close()

var AndroidLine=CMDLine;
var ReplaceTable={
	['"'] = "\"+'"'
};
AndroidLine=string.replace(AndroidLine,".|:",ReplaceTable);
AndroidLine='echo "_'+" "+AndroidLine+'" > chrome-command-line';
wrt=fsys.file("AndroidECHO.txt","w")
wrt.write(AndroidLine)
wrt.close()

if(_ARGV["o"])
{
	url=webbase+"/CMDline.txt";
}
else if(_ARGV["a"])
{
	url=webbase+"/AndroidECHO.txt";
}
else if(_ARGV["g"]) url=_ARGV["g"];
else if(_ARGV["h"])
{
	url=webbase+"/help.html";
}


view.go(webbase+url);

mainForm.BTgo.oncommand = function(id,event){
	if(mainForm.EDurl.text=="index") mainForm.EDurl.text=webbase+"/web/index.html"
	if(mainForm.EDurl.text=="proxypac") mainForm.EDurl.text=webbase+"/proxy.pac"
	if(mainForm.EDurl.text=="cmdline") mainForm.EDurl.text=webbase+"/CMDline.txt"
	if(mainForm.EDurl.text=="androidecho") mainForm.EDurl.text=webbase+"/AndroidECHO.txt"
	view.go(mainForm.EDurl.text)
}

mainForm.EDurl.oncommand = function(id,event){
	
}

return win.loopMessage();

/* You may need: 
// from: https://chromium.googlesource.com/chromium/src/+/refs/heads/main/components/network_session_configurator/common/network_switch_list.h
// Copyright 2017 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
// This file deliberately has no header guard, as it's inlined in a number of
// files.
// no-include-guard-because-multiply-included
// Disables the QUIC protocol.
NETWORK_SWITCH(kDisableQuic, "disable-quic")
// Disables the HTTP/2 protocol.
NETWORK_SWITCH(kDisableHttp2, "disable-http2")
// Enables Alternate-Protocol when the port is user controlled (> 1024).
NETWORK_SWITCH(kEnableUserAlternateProtocolPorts,
               "enable-user-controlled-alternate-protocol-ports")
// Enables the QUIC protocol.  This is a temporary testing flag.
NETWORK_SWITCH(kEnableQuic, "enable-quic")
// Ignores certificate-related errors.
NETWORK_SWITCH(kIgnoreCertificateErrors, "ignore-certificate-errors")
// Specifies a comma separated list of host-port pairs to force use of QUIC on.
NETWORK_SWITCH(kOriginToForceQuicOn, "origin-to-force-quic-on")
// Disables known-root checks for outgoing WebTransport connections.
NETWORK_SWITCH(kWebTransportDeveloperMode, "webtransport-developer-mode")
// Specifies a comma separated list of QUIC connection options to send to
// the server.
NETWORK_SWITCH(kQuicConnectionOptions, "quic-connection-options")
// Specifies a comma separated list of QUIC client connection options.
NETWORK_SWITCH(kQuicClientConnectionOptions, "quic-client-connection-options")
// Specifies the maximum length for a QUIC packet.
NETWORK_SWITCH(kQuicMaxPacketLength, "quic-max-packet-length")
// Specifies the version of QUIC to use.
NETWORK_SWITCH(kQuicVersion, "quic-version")
// Allows for forcing socket connections to http/https to use fixed ports.
NETWORK_SWITCH(kTestingFixedHttpPort, "testing-fixed-http-port")
NETWORK_SWITCH(kTestingFixedHttpsPort, "testing-fixed-https-port")
// Comma-separated list of rules that control how hostnames are mapped.
//
// For example:
//    "MAP * 127.0.0.1" --> Forces all hostnames to be mapped to 127.0.0.1
//    "MAP *.google.com proxy" --> Forces all google.com subdomains to be
//                                 resolved to "proxy".
//    "MAP test.com [::1]:77 --> Forces "test.com" to resolve to IPv6 loopback.
//                               Will also force the port of the resulting
//                               socket address to be 77.
//    "MAP * baz, EXCLUDE www.google.com" --> Remaps everything to "baz",
//                                            except for "www.google.com".
//
// These mappings apply to the endpoint host in a net::URLRequest (the TCP
// connect and host resolver in a direct connection, and the CONNECT in an http
// proxy connection, and the endpoint host in a SOCKS proxy connection).
//
// TODO(mmenke): Can we just remove this?  host-resolver-rules is more generally
// useful.
NETWORK_SWITCH(kHostRules, "host-rules")
// Enable "greasing" HTTP/2 frame types, that is, sending frames of reserved
// types.  See https://tools.ietf.org/html/draft-bishop-httpbis-grease-00 for
// more detail.
NETWORK_SWITCH(kHttp2GreaseFrameType, "http2-grease-frame-type")
// If request has no body, close the stream not by setting END_STREAM flag on
// the HEADERS frame, but by sending an empty DATA frame with END_STREAM
// afterwards.  Only affects HTTP/2 request streams, not proxy or bidirectional
// streams.
NETWORK_SWITCH(kHttp2EndStreamWithDataFrame, "http2-end-stream-with-data-frame")

*/