原理：
1、创建一个 raw.struct 结构体数据 data
2、将 data 传递给工作线程，工作线程中可以对该数据进行修改。
3、界面线程中读取 data 数据，此数据便是工作线程中修改后的数据。
本示例用到风行者封装的 hardware.monitor 库。如果无法运行，参考代码流程，理解实现原理即可。
import win.ui;
import godking.vlistEx;
import win.ui.simpleWindow
import sys
import inet.adapter
import hardware.monitor
/*DSG{{*/
var winform = win.form(text="本机硬件监控";right=625;bottom=358;border="none";max=false;min=false;topmost=1)
winform.add(
bkplus={cls="bkplus";left=-7;top=0;right=628;bottom=29;bgcolor=16734080;z=1};
plus={cls="plus";text="计算机硬件监控";left=6;top=4;right=160;bottom=24;color=16777215;font=LOGFONT(h=-14);z=3};
vlist={cls="vlistEx";left=-2;top=28;right=626;bottom=358;edge=1;z=2}
)
/*}}*/
winform.enableDpiScaling(false);
win.ui.simpleWindow(winform);
winform.vlist.headerFont = ::LOGFONT(name="黑体";h=17;color=0xFFFFFF );/*【属性】表头文本字体*/
winform.vlist.headerAlign = 1; //表头字体居中
winform.vlist.headerBkcolor = 0xFF901E; //表头背景颜色
winform.vlist.bkColor2 = 0x98FB98;
winform.vlist.autoRedraw = false;
var IP,MAC地址;
for adptInfo in inet.adapter.each() {
var ip = adptInfo.ipAddressList.ipAddress;
var mac = adptInfo.mac;
//不是0.开头的为正常网卡，有些是虚似网卡
if !string.startWith(ip, "0.") {
IP = ip;
MAC地址 = mac;
break;
}
}
var t = {
{"[@rowindex]","计算机名称",sys.getComputerName()}
{"[@rowindex]","IP",IP}
{"[@rowindex]","MAC地址",MAC地址}
{"[@rowindex]","CPU总使用率",""}
{"[@rowindex]","CPU平均温度",""}
{"[@rowindex]","硬盘温度",""}
{"[@rowindex]","剩余显存",""}
{"[@rowindex]","内存使用率",""}
{"[@rowindex]","上传速度",""}
{"[@rowindex]","下载速度",""}
}
winform.vlist.setTable(t,{"序号","名称","数据"},{80,250,250},1);
winform.vlist.fillParent();
import raw.struct
var data = ..raw.struct({
float CPUTotal;
float CoreAverage;
float Temperature;
float GPUMemoryFree;
float Memory;
float UploadSpeed;
float DownloadSpeed;
})
thread.invoke(
function(data){
import dotNet;
import hardware.monitor;
var hm = hardware.monitor();
hm.Open();
hm.IsCpuEnabled = true;
hm.IsGpuEnabled = true;
hm.IsMemoryEnabled = true;
hm.IsStorageEnabled = true;
hm.IsNetworkEnabled = true;
var hh = hm.Hardware;
do{
for (i = 1; hh.Count; 1) {
hh[i].Update();
for (j = 1; hh[i].Sensors.Length; 1) {
var sensor = hh[i].Sensors[j];
var sname = ..string.replace(sensor.Name," ","");
if data[sname]!==null {
data[sname] = sensor.Value:0;
}
}
}
thread.delay(1000);
}while(true);
},data
)
import fsys
winform.setInterval(
function(){
winform.vlist.setCellText(4,3,string.format("%.1f %%",data.CPUTotal));
winform.vlist.setCellText(5,3,string.format("%.1f °C",data.CoreAverage));
winform.vlist.setCellText(6,3,string.format("%.1f °C",data.Temperature));
winform.vlist.setCellText(7,3,data.GPUMemoryFree + "MB");
winform.vlist.setCellText(8,3,string.format("%.1f %%",data.Memory));
winform.vlist.setCellText(9,3,fsys.formatSize(data.UploadSpeed)+"/s");
winform.vlist.setCellText(10,3,fsys.formatSize(data.DownloadSpeed)+"/s");
winform.vlist.redraw(true);
},1000
)
winform.show();
win.loopMessage();另一种更新虚表数据的方式（以下代码需更新虚表库到最新版）：
import win.ui;
import godking.vlistEx;
import win.ui.simpleWindow
import sys
import inet.adapter
import hardware.monitor
/*DSG{{*/
var winform = win.form(text="本机硬件监控";right=625;bottom=358;border="none";max=false;min=false;topmost=1)
winform.add(
bkplus={cls="bkplus";left=-7;top=0;right=628;bottom=29;bgcolor=16734080;z=1};
plus={cls="plus";text="计算机硬件监控";left=6;top=4;right=160;bottom=24;color=16777215;font=LOGFONT(h=-14);z=3};
vlist={cls="vlistEx";left=-2;top=28;right=626;bottom=358;edge=1;z=2}
)
/*}}*/
winform.enableDpiScaling(false);
win.ui.simpleWindow(winform);
winform.vlist.headerFont = ::LOGFONT(name="黑体";h=17;color=0xFFFFFF );/*【属性】表头文本字体*/
winform.vlist.headerAlign = 1; //表头字体居中
winform.vlist.headerBkcolor = 0xFF901E; //表头背景颜色
winform.vlist.bkColor2 = 0x98FB98;
var IP,MAC地址;
for adptInfo in inet.adapter.each() {
var ip = adptInfo.ipAddressList.ipAddress;
var mac = adptInfo.mac;
//不是0.开头的为正常网卡，有些是虚似网卡
if !string.startWith(ip, "0.") {
IP = ip;
MAC地址 = mac;
break;
}
}
var t = {
{"[@rowindex]","计算机名称",sys.getComputerName()}
{"[@rowindex]","IP",IP}
{"[@rowindex]","MAC地址",MAC地址}
{"[@rowindex]","CPU总使用率",""}
{"[@rowindex]","CPU平均温度",""}
{"[@rowindex]","硬盘温度",""}
{"[@rowindex]","剩余显存",""}
{"[@rowindex]","内存使用率",""}
{"[@rowindex]","上传速度",""}
{"[@rowindex]","下载速度",""}
}
winform.vlist.setTable(t,{"序号","名称","数据"},{80,250,250},1);
winform.vlist.fillParent();
import raw.struct
var data = ..raw.struct({
float CPUTotal;
float CoreAverage;
float Temperature;
float GPUMemoryFree;
float Memory;
float UploadSpeed;
float DownloadSpeed;
})
thread.invoke(
function(data){
import dotNet;
import hardware.monitor;
var hm = hardware.monitor();
hm.Open();
hm.IsCpuEnabled = true;
hm.IsGpuEnabled = true;
hm.IsMemoryEnabled = true;
hm.IsStorageEnabled = true;
hm.IsNetworkEnabled = true;
var hh = hm.Hardware;
do{
for (i = 1; hh.Count; 1) {
hh[i].Update();
for (j = 1; hh[i].Sensors.Length; 1) {
var sensor = hh[i].Sensors[j];
var sname = ..string.replace(sensor.Name," ","");
if data[sname]!==null {
data[sname] = sensor.Value:0;
}
}
}
thread.delay(1000);
}while(true);
},data
)
import fsys
winform.setInterval(
function(){ // 批量更新虚表部分区域内容，中间没有频繁的重绘过程：
winform.vlist.setRangeArray(4,3,{
{ string.format("%.1f %%",data.CPUTotal) }
{ string.format("%.1f °C",data.CoreAverage) }
{ string.format("%.1f °C",data.Temperature) }
{ data.GPUMemoryFree + "MB" }
{ string.format("%.1f %%",data.Memory) }
{ fsys.formatSize(data.UploadSpeed)+"/s" }
{ fsys.formatSize(data.DownloadSpeed)+"/s" }
})
},1000
)
winform.show();
win.loopMessage();
