trunks.html.svn-base

asterisk-gui asterisk网关接口编程 控制asterisk的接口

	}else{
		var tmp = _$('disallow').value.split(",");
		for(var x=0; x < tmp.length; x++){
			selectbox_add("disallowed", tmp[x]);
		}
	}
	if(_$('allow').value =="all"){
		selectbox_add("allowed", "ulaw");
		selectbox_add("allowed", "alaw");
		selectbox_add("allowed", "gsm");
		selectbox_add("allowed", "g726");

//		selectbox_add("allowed", "ilbc");
//		selectbox_add("allowed", "speex");
//		selectbox_add("allowed", "adpcm");
//		selectbox_add("allowed", "lpc10");
//		selectbox_add("allowed", "g729");
	}else{
		var tmp = _$('allow').value.split(",");
		for(var x=0; x < tmp.length; x++){
			selectbox_add("allowed", tmp[x]);
			selectbox_remove("disallowed",tmp[x]);
		}
	}
}

function disallow_all_refresh(){
	if( _$('disallow_all').checked ){
		_$('disallowed').innerHTML=""; 	_$('allowed').innerHTML="";
		_$('disallow').value = "all";
		_$('allow').value = "";
		update_div_setordercodecs();
		_$('save').disabled = false;
		_$('cancel').disabled = false;
	}
}


function saveSPdetails(){
	hideSPdetails();
	loadServiceProvidersintotable();
}

function hideSPdetails(){
	_$('userscontent').style.display = "none";
	_$('bg_transparent').style.display ='none';
}

function showSPdetails(){
	_$('cancel').disabled = false;
	_$('userscontent').style.display = "";
	_$('bg_transparent').style.display ='';
	if ( isnewtrunk == 0){
		_$('trunkstyleanalog').disabled = true;
		_$('trunkstylevoip').disabled = true;
		_$('trunkstylecustomvoip').disabled = true;
		_$('provider').disabled = true;
	} else {
		_$('voip').style.display = "";
		//_$('voip').style.height =350;

		_$('trunkstylevoip').click();
		//_$('provider').options[0].selected = true;
		_$('provider').selectedIndex = -1 ;
		setTimeout( 
			function(){
				try{$('provider').selectitem(0); showhidefields(); }catch(err){}
			}, 500
		);

		showhidefields();
	}
}

function deleteSP(trunk){
	var _devices = _$('devices');
	for(var i=0; i< _devices.length; i++){
		if(_devices.options[i].value == trunk){
			_devices.selectitem(i) ;
			_$('delete').disabled = 0;
			used_fxos.oldvalue = _devices.stored_config.catbyname[_devices.value].fieldbyname['zapchan'] ;
			if( !_$('delete').click() ){ return; }
			break;
		}
	}
}

function deletesp_fromui(trunk){
	var delete_id = "row" + trunk;
	var _sp_t = _$('serviceproviderstable');
	for( var i=0; i <  _sp_t. rows.length; i++){
		if  ( _sp_t.rows[i].id == delete_id  ){
			_sp_t.deleteRow(i);
			loadServiceProvidersintotable();
			break;
		}
	}
}

function flip_register(){
	_$('cancel').disabled= false;
	_$('save').disabled= false;
	if( _$('customvoip_register').checked && _$('customvoip_protocol').value == "iax"){
		_$('registeriax').value = 'yes';
		_$('registersip').value = 'no';
	}
	if( _$('customvoip_register').checked && _$('customvoip_protocol').value == "sip"){
		_$('registeriax').value = 'no';
		_$('registersip').value = 'yes';
	}
	if( !_$('customvoip_register').checked ){
		_$('registeriax').value = 'no';
		_$('registersip').value = 'no';
	}
}

function free_mem( ){
	if( navigator.userAgent.indexOf("MSIE") == -1 ){ return true; }
	try{
		widgets['save'].hostselectbox = null ;
		widgets['cancel'].hostselectbox = null ;
		widgets['new'].hostselectbox = null ;
		widgets['delete'].hostselectbox = null ;
		purge( document.body );
	}catch(e){ }
}

function advanced_save(){
	_$('save').disabled = false;
	_$('save').click();
	_$('bg_transparent').style.display = "none";
	_$('advanced_content').style.display = "none";
}

function advanced_cancel(){
	_$('cancel').click();
	_$('bg_transparent').style.display = "none";
	_$('advanced_content').style.display = "none";
}

function calibrate_ports(){
	// PORTS_toCALIBRATE  -- button_CalibratePorts, button_resetCalibration, button_skipCalibration
	var output = "/var/lib/asterisk/static-http/config/fxotune_out";
	var msg1 = "starting FXO tuning".toLowerCase() ;
	var msg2 =  "FXO tuning is complete".toLowerCase() ;
	var keepchecking;

	var starthere=  function(){
		_$('bg_transparent').style.display = "";
		_$('msg_div').style.display = "";

		_$('button_calPorts').disabled = true;
		_$('button_resCalib').disabled = true;
		_$('button_skipCalib').disabled = true;

		var getoutput = function(){
			var opt = { method: 'get', asynchronous: true,
				onComplete: function(originalRequest){
						var op = originalRequest.responseText.toLowerCase();
						if( op.indexOf(msg1) != -1 ){
							_$('msg_div_span').innerHTML = " Performing Calibration .... ";
						}else if( op.indexOf(msg2) != -1 ){
							//_$('img_loading').style.display = "none";
							_$('img_loading').setAttribute('src', './images/tick.gif' );
							_$('msg_div_span').innerHTML = "Finished Calibrating !!";
							_$('bottom_msg').innerHTML = "<BR>Click the 'Save Configuration' button in the 'Home' panel to save these parameter settings"
													+ "<BR><input type=button onclick='skip_Calibration();' value='Close'>";

							window.clearInterval ( keepPinging );
							updateUsers_fromFxotune();
							_$('msg_div').onclick = function(){ skip_Calibration(); };
						}
				},
				onFailure: function(t) { alert("Config Error: " + t.status + ": " + t.statusText); }
			};
			opt.parameters="";
			var tmp = new Ajax.Request('./fxotune_out', opt);
		}

		var f1 =function(){
			keepPinging =  window.setInterval ( getoutput , 10000);
		};

		var f2= function(){};
	
		_$('msg_div_span').innerHTML = "Starting Calibration script ..";
		f1();
		var pstc = "";
		for( var p =0; p < PORTS_toCALIBRATE.ports_array.length ; p++) { pstc += " "+ PORTS_toCALIBRATE.ports_array[p]; }
		parent.astmanEngine.run_tool( "/bin/fxotune_from_gui" + pstc, onSuccess = f2 );
	};

	starthere();
}


function reset_calibration(){		// Reset Calibration
	var t , uri = "" , u =0 ;

	for( var p =0; p < PORTS_toCALIBRATE.ports_array.length ; p++) { 
		t = PORTS_toCALIBRATE.ports_array[p] ;
		uri += build_action( 'delcat' , u , t , "" ,  "" ) ; u++ ;
	}

	makerequest ( 'u','fxotune.conf', uri , function(t) {
		updateUsers_fromFxotune();
		gui_alert ( " Finished Resetting Channels " );
	}) ;

}


function skip_Calibration(){
	_$('bg_transparent').style.display = "none";
	_$('msg_div').style.display = "none";
	_$('div_calibrate').style.display = "none";
}

function editVolumeLevels( spName ){

	var portsArray = _$('devices').stored_config.catbyname[ spName ].fieldbyname['zapchan'].split( ',' );
	var efgh = function(){
		var y = _$('al_ports');
		var z = "";
	
		ASTGUI.selectbox.clear(y);
		for( var u =0; u < portsArray.length ; u++ ){
			z = 'Analog Port #' + portsArray[u] ;
			ASTGUI.selectbox.append( y, z , portsArray[u] ) ;
		}
		y.selectedIndex = -1;
	};
	efgh();
	
	var abcd = function(al_channels){
		AUDIO_LEVELS = al_channels;
		AUDIO_LEVELS.trunkname = spName;
		_$('volLevel6').checked = false;
		_$('volLevel5').checked = false;
		_$('volLevel4').checked = false;
		_$('volLevel3').checked = false;
		_$('volLevel2').checked = false;
		_$('volLevel1').checked = false;
		_$('button_saveAudioLevels').disabled = true ;
		_$('bg_transparent').style.display = '';
		_$('div_audioLevels').style.display = '' ;
	};

	getPreviousVolume_fromFxotune( spName , portsArray,  abcd );
	
	
}


function audioLevels_Cancel(){
	AUDIO_LEVELS = [];
	AUDIO_LEVELS.trunkname ="";

	_$('bg_transparent').style.display = 'none';
	_$('div_audioLevels').style.display = 'none';
}

function audioLevels_showPort(){
	var getVolumeforPort = function(x){
		for( var w=0; w< AUDIO_LEVELS.length; w++){
			if(AUDIO_LEVELS[w].port == x ){ return AUDIO_LEVELS[w].portVolumeLevel }
		}
	};
	//console.log( AUDIO_LEVELS.length );
	//console.log( AUDIO_LEVELS.trunkname );

	var v = Number( getVolumeforPort(_$('al_ports').value ) ) ;
	switch(v){
		case 1:
			_$('volLevel1').checked = true;
			break ;
		case 2:
			_$('volLevel2').checked = true;
			break ;
		case 3:
			_$('volLevel3').checked = true;
			break ;
		case 4:
			_$('volLevel4').checked = true;
			break ;
		case 5:
			_$('volLevel5').checked = true;
			break ;
		case 6:
			_$('volLevel6').checked = true;
			break ;

		default:
		_$('volLevel6').checked = false;
		_$('volLevel5').checked = false;
		_$('volLevel4').checked = false;
		_$('volLevel3').checked = false;
		_$('volLevel2').checked = false;
		_$('volLevel1').checked = false;
	}
}



function audioLevels_Change(z){
	if( _$('al_ports').selectedIndex == -1 ) return;
	_$('button_saveAudioLevels').disabled = false ;
	
	var setVolumeforPort = function(x, y){ // set volume for port x to y
		for( var w=0; w< AUDIO_LEVELS.length; w++){
			if(AUDIO_LEVELS[w].port == x ){ AUDIO_LEVELS[w].portVolumeLevel = y; }
		}
	};

	setVolumeforPort( Number(_$('al_ports').value) ,  z);
}

function save_audioLevels(){


	var getVolumeforPort = function(x){
		for( var w=0; w< AUDIO_LEVELS.length; w++){
			if(AUDIO_LEVELS[w].port == x ){ return AUDIO_LEVELS[w].portVolumeLevel }
		}
	};


	// read the list of ports and then get their corresponding volume levels from AUDIO_LEVELS
	// calculate new values and update the context in users.conf
	var i,j,k, fx;
	var deleteUrl ='' , updaterequest ='' , h = 0, g = AUDIO_LEVELS.trunkname;
	var get_guiVolValue = { '1':'-2', '2':'0', '3':'2', '4':'5', '5':'9', '6':'12' };
	var ports = { 1:{'fxogain':'0' }, 2:{'fxogain':'0'}, 3:{'fxogain':'0'}, 4:{'fxogain':'0'}, 5:{'fxogain':'0'}, 6:{'fxogain':'0'}, 7:{'fxogain':'0'}, 8:{'fxogain':'0'} };
	var u_new, v_new, w_new ;

	deleteUrl    = build_action( 'delete', h, g,'gui_volume', '', '' ); h++ ;
	deleteUrl  += build_action( 'delete', h, g ,'gui_fxooffset', '', '' ); h++ ;
	deleteUrl  += build_action( 'delete', h, g ,'rxgain', '', '' ); h++ ;
	deleteUrl  += build_action( 'delete', h, g ,'txgain', '', '' ); h++ ;
	deleteUrl  += build_action( 'delete', h, g ,'channel', '', '' ); h++ ;
	
	var fxotune_conf_loaded = function(c){
		var update_fxogains = function(c){
			for( var d in c ){	
				if ( c.hasOwnProperty(d) && c[d]['fxorxgain']) {
					ports[d].fxogain = Number(c[d]['fxorxgain']) ;
				}
			}
		};
		update_fxogains(c);

		for( i=0 ; i < _$('al_ports').options.length ;   i++ ){
			j = _$('al_ports').options[i].value ; // j is port
			k = getVolumeforPort(j); // k is volume for this port
			fx = Number( ports[j].fxogain ) ; // gain from fxotune for this channel (y)

			u_new = k ;
			v_new = -1 * fx ;