Delphi取硬盘特征字

     这2天没更新什么Delphi的博客,原因是F41的笔记本换成用Z500的笔记本上写程序 但是Z500的机器有个问题 F1到F12只有按住FN功能才是F1-F12,所以很不好调试,没办法,自己写了一个改键工具,需要的时候把F1-F9换成1-9.

    现在的Delphi的方向是,把自己的常用和有用的函数封装成Delphi一个单元,以后方便调用.这2天封装了一个函数,易语言的取硬盘特征字,关键API是DeviceIoControl CreateFileA CloseHandle 部分关键代码如下

if j_stOutBuffer.bIDEDeviceMap>0 then
           begin
              j_stInBuffer.cBufferSize:= 512;
              j_stInBuffer.bSectorCountReg := 1;
              j_stInBuffer.bSectorNumberReg := 1;
              j_stInBuffer.bDriveHeadReg := 160;
              j_stInBuffer.bCommandReg:= j_stOutBuffer.bIDEDeviceMap;
              if j_stInBuffer.bCommandReg =0 then
              begin
                  j_stInBuffer.bCommandReg :=161;
              end;
              if j_stInBuffer.bCommandReg <>0 then
              begin
                  j_stInBuffer.bCommandReg :=236;
              end;
              myDeviceIoContro2 (j_h, 508040, j_stInBuffer, 32,
              j_OutBuffer2, 544, j_ls, 0);

              begin
                  for j_count:=0 to 19 do
                 j_id[0+j_count]:=j_Outbuffer2[36+j_count];
             end;
             begin
                  for j_count:=0 to 7 do
                 j_id1[0+j_count]:=j_Outbuffer2[62+j_count];
             end;
             begin
                  for j_count:=0 to 39 do
                 j_id2[0+j_count]:=j_Outbuffer2[70+j_count];
             end;

              begin
                j_zoid[2]:=0;
                j_zoid[3]:=0;
                j_last1:=0;
                j_x:=0;
                for j_count:=0 to 39 do
                begin
                  j_x:=j_count+1;
                   if j_x mod 2=0 then
                    begin
                       j_zoid[1]:=j_id2[j_count];
                       asm
                        mov eax,j_zoid
                        mov j_y,eax
                       end;
                       j_last1:=j_last1+j_y;
                    end;
                    if j_x mod 2<>0 then
                    begin
                        j_zoid[0]:=j_id2[j_count];
                    end;
                end;
             end;

              begin
                j_zoid[2]:=0;
                j_zoid[3]:=0;
                j_x:=0;
                for j_count:=0 to 7 do
                begin
                  j_x:=j_count+1;
                     if j_x mod 2=0 then
                      begin
                       j_zoid[1]:=j_id1[j_count];
                       asm
                        mov eax,j_zoid
                        mov j_y,eax
                       end;
                       j_last1:=j_last1+j_y;
                      end;
                    if j_x mod 2<>0 then
                    begin
                        j_zoid[0]:=j_id1[j_count];
                    end;
                end;
             end;

              begin
                j_zoid[2]:=0;
                j_zoid[3]:=0;
                j_x:=0;
                for j_count:=0 to 19 do
                begin
                  j_x:=j_count+1;
                     if j_x mod 2=0 then
                      begin
                       j_zoid[1]:=j_id[j_count];
                       asm
                        mov eax,j_zoid
                        mov j_y,eax
                       end;
                       j_last1:=j_last1+j_y;
                      end;
                    if j_x mod 2<>0 then
                    begin
                        j_zoid[0]:=j_id[j_count];
                    end;
                end;

             end;

           end;


           j_p:=@j_Outbuffer2;
             asm
                pushad
                xor eax,eax
                xor ebx,ebx
                mov eax,j_p
                add eax,18
                mov bx,[eax]
                mov j_ml,bx
                add eax,4
                mov bx,[eax]
                mov j_m2,bx
                add eax,6
                mov bx,[eax]
                mov j_m3,bx
                add eax,30
                mov bx,[eax]
                mov j_m4,bx
                popad
             end;
             myCloseHandle(j_h);

 

这里自己自己初步找了一个貌似比较合适自己的Delphi命名规则:(g_ 全局变量前缀,b_ 程序集变量前缀,j_ 局部变量前缀 h表示句柄lp表示指针st表示结构sz表示字符串 dw表示整型 fl表示小数)

命令规则:作用域_形容+名字