IP网段判断-1.0.0.16384.zip

"ui"; ui.layout( <ScrollView> <vertical gravity="center_horizontal"> <card margin="20"> <ScrollView h="375" margin="5" bg="#EFEFEF"> <text id="ts" margin="10" text="可视区域:" textSize="15"/> </ScrollView> </card> <card margin="20 0 20 0" cardCornerRadius="2dp" cardElevation="1dp"> <vertical> <horizontal marginTop="10"> <text marginLeft="5" text="请输入第一个IP地址:" textSize="15"/> <input w="*" marginRight="5" text="" hint="例：192.168.0.1" padding="50 0" id="ip1"/> </horizontal> <horizontal marginTop="10"> <text marginLeft="5" text="请于此输入子网掩码:" textSize="15"/> <input w="*" marginRight="5" text="" hint="例：255.255.0.0" padding="50 0" id="zwym"/> </horizontal> <horizontal marginTop="10"> <text marginLeft="5" text="请输入第二个IP地址:" textSize="15"/> <input w="*" marginRight="5" text="" hint="例：192.168.0.1" padding="50 0" id="ip2"/> </horizontal> </vertical> </card> <button id="ks" margin="25 35 25 0" w="*" text="开始对比 (计算并输出过程及结果)" bg="#EFEFEF"/> <card w="auto" marginTop="25"> <text id="gy" margin="3" w="auto" text="关于" textSize="14" bg="#F9F9F9"/> </card> </vertical> </ScrollView> ) //调整所有对话框为自适应前台对话框 $dialogs.setDefaultDialogType("foreground-or-overlay"); if (floaty.checkPermission() == false) { app.openAppSetting("com.tencent.lc.ipwdpd"); toast("请手动开启悬浮窗权限"); } //定义一个限制数组长度的函数 function 取最小数组(sz1, sz2) { if (sz1.length>sz2.length) { for(let i = 0, len = sz1.length-sz2.length; i < len; i++) { sz1.shift(); } }if (sz1.length<sz2.length) { for(let i = 0, len = sz2.length-sz1.length; i < len; i++) { sz2.shift(); } }if (sz1.length!=sz2.length) { exit(); } } //定义一个逻辑与运算的函数 let 临时文本=""; function 与运算(sz1, sz2) { 临时文本=""; for(let i = 0, len = (sz1.length+sz2.length)/2; i < len; i++) { if (sz1[i]==1&sz2[i]==1) { 临时文本=临时文本+"1"; }else { 临时文本=临时文本+"0"; } } } ui.ks.on("click",()=>{ //重置可视化窗格内容 ui.ts.text("可视区域:"); //判断三个输入框是否为空 if (ui.ip1.text()!=""&ui.ip2.text()!=""&ui.zwym.text()!="") { //最初变量存放输入内容 let data1=ui.ip1.text(); let data2=ui.ip2.text(); let data3=ui.zwym.text(); //打印与调试 ui.ts.text(ui.ts.text()+"\n↓↓↓原IP与子网掩码(十进制)↓↓↓\nIP1："+data1+"\nIP2："+data2+"\n子网掩码："+data3); //log(data1+"\n"+data2+"\n"+data3); //变量存放分割数组，分割符→ . let DataArray1=data1.toString().split('.'); let DataArray2=data2.toString().split('.'); let DataArray3=data3.toString().split('.'); //log(DataArray1+"\n"+DataArray2+"\n"+DataArray3); if (DataArray1.length==4&DataArray2.length==4&DataArray3.length==4) { //定义空数组 let DataMiddle1=[]; let DataMiddle2=[]; let DataMiddle3=[]; //将分割后的数组成员依次转换为二进制再依次存入空数组中 for(let i = 0, len = DataArray1.length; i < len; i++) { DataMiddle1.push((DataArray1[i]-0).toString(2)); }for(let i = 0, len = DataArray2.length; i < len; i++) { DataMiddle2.push((DataArray2[i]-0).toString(2)); }for(let i = 0, len = DataArray3.length; i < len; i++) { DataMiddle3.push((DataArray3[i]-0).toString(2)); } //打印与调试 ui.ts.text(ui.ts.text()+"\n\n↓↓↓转换后的IP与子网掩码(二进制)↓↓↓\nIP1："+DataMiddle1+"\nIP2："+DataMiddle2+"\n子网掩码："+DataMiddle3); //log(DataMiddle1+"\n"+DataMiddle2+"\n"+DataMiddle3); //强迫症…… let 平均数=(DataArray1.length+DataArray2.length+DataArray3.length)/3; //定义空数组 let DataEnd1_1=[]; let DataEnd1_2=[]; let DataEnd1_3=[]; let DataEnd1_4=[]; let DataEnd2_1=[]; let DataEnd2_2=[]; let DataEnd2_3=[]; let DataEnd2_4=[]; let DataEnd3_1=[]; let DataEnd3_2=[]; let DataEnd3_3=[]; let DataEnd3_4=[]; //额外定义一套空数组 let DataEnd4_1=[]; let DataEnd4_2=[]; let DataEnd4_3=[]; let DataEnd4_4=[]; //将每个数组进行再分割，分为四份 for(let i = 0, len = 平均数; i < len; i++) { if (i==0) { DataEnd1_1=DataMiddle1[i].toString().split(''); DataEnd2_1=DataMiddle2[i].toString().split(''); DataEnd3_1=DataMiddle3[i].toString().split(''); DataEnd4_1=DataMiddle3[i].toString().split(''); }if (i==1) { DataEnd1_2=DataMiddle1[i].toString().split(''); DataEnd2_2=DataMiddle2[i].toString().split(''); DataEnd3_2=DataMiddle3[i].toString().split(''); DataEnd4_2=DataMiddle3[i].toString().split(''); }if (i==2) { DataEnd1_3=DataMiddle1[i].toString().split(''); DataEnd2_3=DataMiddle2[i].toString().split(''); DataEnd3_3=DataMiddle3[i].toString().split(''); DataEnd4_3=DataMiddle3[i].toString().split(''); }if (i==3) { DataEnd1_4=DataMiddle1[i].toString().split(''); DataEnd2_4=DataMiddle2[i].toString().split(''); DataEnd3_4=DataMiddle3[i].toString().split(''); DataEnd4_4=DataMiddle3[i].toString().split(''); } }log(); //对比IP1与子网掩码的数组长度 取最小数组(DataEnd1_1, DataEnd3_1); 取最小数组(DataEnd1_2, DataEnd3_2); 取最小数组(DataEnd1_3, DataEnd3_3); 取最小数组(DataEnd1_4, DataEnd3_4); //对比IP2与子网掩码的数组长度 取最小数组(DataEnd2_1, DataEnd4_1); 取最小数组(DataEnd2_2, DataEnd4_2); 取最小数组(DataEnd2_3, DataEnd4_3); 取最小数组(DataEnd2_4, DataEnd4_4); //定义空文本 let zz1_1=""; let zz1_2=""; let zz1_3=""; let zz1_4=""; let zz2_1=""; let zz2_2=""; let zz2_3=""; let zz2_4=""; //对比IP1与子网掩码的数组结果 与运算(DataEnd1_1, DataEnd3_1); zz1_1=临时文本; 与运算(DataEnd1_2, DataEnd3_2); zz1_2=临时文本; 与运算(DataEnd1_3, DataEnd3_3); zz1_3=临时文本; 与运算(DataEnd1_4, DataEnd3_4); zz1_4=临时文本; //对比IP2与子网掩码的数组结果 与运算(DataEnd2_1, DataEnd4_1); zz2_1=临时文本; 与运算(DataEnd2_2, DataEnd4_2); zz2_2=临时文本; 与运算(DataEnd2_3, DataEnd4_3); zz2_3=临时文本; 与运算(DataEnd2_4, DataEnd4_4); zz2_4=临时文本; //打印与调试 ui.ts.text(ui.ts.text()+"\n\n↓↓�