C#实现生成mac地址与IP地址注册码的两种方法
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2023-12-20 13:36:10
本文实例讲述了c#实现生成mac地址与ip地址注册码的两种方法,分享给大家供大家参考之用。具体方法如下:
方法一:
using system;
using s...
本文实例讲述了c#实现生成mac地址与ip地址注册码的两种方法,分享给大家供大家参考之用。具体方法如下:
方法一:
using system; using system.management; using system.security.cryptography; using system.io; using system.collections.generic; using system.text; namespace xingming_reg { class program { static void main(string[] args) { bool sucsess = false; string computerbit = ""; regmutou reg = new regmutou(); computerbit = reg.getcomputerbit("x"); sucsess = reg.regmutousoft(computerbit, "xinmin", "xinmin.usr"); console.writeline(sucsess); console.readline(); } } internal class regmutou { // methods public string getbiosserialnumber() { try { managementobjectsearcher searcher = new managementobjectsearcher("select * from win32_bios"); string str = ""; foreach (managementobject obj2 in searcher.get()) { str = obj2["serialnumber"].tostring().trim(); } return str; } catch { return ""; } } public string getcomputerbit(string softname) { string cpuid = this.getcpuid(); string biosserialnumber = this.getbiosserialnumber(); string harddiskserialnumber = this.getharddiskserialnumber(); string netcardmacaddress = this.getnetcardmacaddress(); if (cpuid != "") { md5 md = new md5cryptoserviceprovider(); cpuid = bitconverter.tostring(md.computehash(encoding.default.getbytes(cpuid))).replace("-", "").toupper().substring(8, 0x10); return (softname + "c" + cpuid); } if (biosserialnumber != "") { md5 md2 = new md5cryptoserviceprovider(); biosserialnumber = bitconverter.tostring(md2.computehash(encoding.default.getbytes(biosserialnumber))).replace("-", "").toupper().substring(8, 0x10); return (softname + "b" + biosserialnumber); } if (harddiskserialnumber != "") { md5 md3 = new md5cryptoserviceprovider(); harddiskserialnumber = bitconverter.tostring(md3.computehash(encoding.default.getbytes(harddiskserialnumber))).replace("-", "").toupper().substring(8, 0x10); return (softname + "h" + harddiskserialnumber); } if (netcardmacaddress != "") { md5 md4 = new md5cryptoserviceprovider(); netcardmacaddress = bitconverter.tostring(md4.computehash(encoding.default.getbytes(netcardmacaddress))).replace("-", "").toupper().substring(8, 0x10); return (softname + "n" + netcardmacaddress); } return (softname + "wf53a419db238bbad"); } public string getcpuid() { try { managementobjectcollection instances = new managementclass("win32_processor").getinstances(); string str = null; foreach (managementobject obj2 in instances) { str = obj2.properties["processorid"].value.tostring(); break; } return str; } catch { return ""; } } public string getharddiskserialnumber() { try { managementobjectsearcher searcher = new managementobjectsearcher("select * from win32_physicalmedia"); string str = ""; foreach (managementobject obj2 in searcher.get()) { str = obj2["serialnumber"].tostring().trim(); break; } return str; } catch { return ""; } } public string getnetcardmacaddress() { try { managementobjectsearcher searcher = new managementobjectsearcher("select * from win32_networkadapter where ((macaddress is not null) and (manufacturer <> 'microsoft'))"); string str = ""; foreach (managementobject obj2 in searcher.get()) { str = obj2["macaddress"].tostring().trim(); } return str; } catch { return ""; } } public bool regmutousoft(string computerbit, string softname, string filename) { bool flag = true; string str = ""; sha1 sha = new sha1cryptoserviceprovider(); str = bitconverter.tostring(sha.computehash(encoding.default.getbytes(softname))).replace("-", "").toupper(); //if (!file.exists(filename)) //{ // flag = false; // stream stream = file.open(filename, filemode.openorcreate); // streamwriter writer = new streamwriter(stream); // writer.writeline(computerbit); // writer.close(); // stream.close(); // return flag; //} //stream stream2 = file.open(filename, filemode.open); //streamreader reader = new streamreader(stream2); //string str2 = ""; string str3 = computerbit; //while ((str2 = reader.readline()) != null) //{ // str3 = str2; //} //reader.close(); //stream2.close(); //if (str3.length != 0x18) //{ // //return false; //} sha1 sha2 = new sha1cryptoserviceprovider(); string str4 = bitconverter.tostring(sha2.computehash(encoding.default.getbytes(computerbit))).replace("-", "").toupper(); string str5 = ""; for (int i = 0; i < str4.length; i++) { if ((i % 2) == 1) { str5 = str5 + str4[i]; } } string str6 = ""; for (int j = 0; j < str.length; j++) { if ((j % 2) == 0) { str6 = str6 + str[j]; } } int[] numarray = new int[20]; for (int k = 0; k < 20; k++) { numarray[k] = str6[k] + str5[k]; numarray[k] = numarray[k] % 0x24; } string str7 = ""; for (int m = 0; m < 20; m++) { if ((m > 0) && ((m % 4) == 0)) { str7 = str7 + "-"; } str7 = str7 + "0123456789abcdefghijklmnopqrstuvwxyz"[numarray[m]]; } if (str3 == str7) { flag = true; } console.writeline("机器码:" + str3); console.writeline("注册码:"+str7); return flag; } } }
方法二:
using system.management; //win32_networkadapterconfiguration是wmi数据库中用来存放网络设备的信息表 managementobjectsearcher query = new managementobjectsearcher("select * from win32_networkadapterconfiguration where ipenabled='true'"); //managementobjectcollection对象用来存放查询结果 managementobjectcollection querycollection = query.get(); foreach (managementobject mo in querycollection) { console.writeline("network card:{0}", mo["description"]); console.writeline("mac address:{0}", mo["macaddress"]); //addresses, subnets和 defaultgateways 值都是可以包含多个值得数组. //为了适应这种情况,为了适应这种情况,用户必须把结果分配到一个字符串数组, //并再一次用foreach语句通过该字符串数组 string[] addresses = (string[])mo["ipaddress"]; string[] subnets = (string[])mo["ipsubnet"]; string[] defaultgateways = (string[])mo["defaultipgateway"]; //任何一个接口都可能有多个ip地址 foreach (string ipaddress in addresses) { console.writeline("ip address:{0}", ipaddress); } foreach (string subnet in subnets) { console.writeline("subnet mask:{0}", subnet); } foreach (string defaultgateway in defaultgateways) { console.writeline("gateway:{0}", defaultgateway); } console.writeline(); }
希望本文所述对大家的c#程序设计有所帮助。