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Topics - Shed [ switch to compact view ]

Pages: [1]
1
Borland C++ Builder Contest / The DEFINITIVE Mp3 Portable Ripper utility
« on: July 03, 2006, 06:05 AM »
Incredible, wonderful, state of Art in snap-audio-coding

Proudly made with C++ Builder, Bass Library and LMD Tools

You see it, and you want it!! (source code included)

The Mp3 Portable Ripper!!! (for donation coder contest) :D

features: ripping of mp3 shoutcast stations on the fly (you only need to know what mp3 station you want to record)...various time-measurement recordings until 15.000 seconds of recording time...

Uses: New music on your Car (burning the result to a CD disc), have your personal Mp3 ripper on your Flash-Rom or Mp3-Player and carry it to everyplace in your pocket...
Record your own favourite sessions on a single mp3 file...

current status: Working but not 100% finnished...download not available until Mouser or organizers review it...

2
Borland C++ Builder Contest / Playing with TDx and sound buffers
« on: May 03, 2006, 12:39 PM »

Another app for contest...showing how code and play some audio buffers with c++ builder, TDx Library and LMD Tools....

- source code project included...
- not finnished application...see better like code tutorial demo.


3
Borland C++ Builder Contest / ScummVM Front End by Shed from BCB-Tools
« on: April 18, 2006, 05:14 AM »
ScummVM: it's a kind of emulator for some games based on Scumm system developed in LucasArts graphic adventures originally, and used for other games like Beneath a Steel Sky, Monkey Island, Maniac Mansion, Day of the Tentacle...etc

This games, don't work usually in Windows XP systems, but with this emulator, you can execute on Windows XP fine...

Your need have 3 things:

ScummVM
-------------------------------------------------------------------------------------------------------------------------
http://www.scummvm.org/




ScummVM Front End (optional) allow you configurate the various reescaling and filter modes
-------------------------------------------------------------------------------------------------------------------------
well...as the same way of DOSBox Front End...this other FrontEnd acts same way for ScummVM emulator



http://www.cyberscope-station.com/frikidune/abbandonwarePC/scummvm_frontened_by_Shed.zip


-------------------------------------------------------------------------------------------------------------------------
and the DOS games mentioned....that can found at Abbandonware websites and resources on network

4
Borland C++ Builder Contest / DOSBox Front End by Shed from BCB-Tools....
« on: April 18, 2006, 04:28 AM »


This is my program for this Contest....

i'll publish a beta next days....
Note: a front end, its a visual panel, for made config changes more easy and fast ...in this case, the application works as a "tool" for DOSBox emulator that allows you customize the dosbox.conf file, with a few mouse clicks...

¿¿What is DOSBox??
DOSBox: is a x86 DOS style console emulator....with it, you can run oldiest DOS abbandonware applications and games, in real mode and protected mode emulating a MS-DOS style console, into modern operating systems (as Windows XP for example).

Note think, that it does, is an emulation of a Operating System INTO another one, mostly, this task NEEDS a poweful machine to made some kind of programs executed run smoothly (i'm using a Pentium 4 - 3.0Ghz machine with 1Gb RAM ...i don't test DOSBox in older machines, and don't know how it works in it...this not means that not work...for example i also test in 1,4 with 512 mb of RAM memory and for some games, runs good....i'm meaning OLDER machines like a P200 or P450 processors)


Features of the FrontEnd:

- Trying made a Built-in Games Database for having like a Game Library (stored in DBase file)
- Intended for  lastest version of DOSBox v0.65
- Nice eye-candy interface, winamp Skinned kind stylish
- Once you Pre-Generate config, you can modify manually the resulting dosbox.conf file
- made trying keep low-resources requeriments...
- most controls and parameters have pre-fixed values...then no much posibilities of enter wrong values.
- most variable parameters have bound-checking avoid wrong values

Requeriments: BDE installation for Database engine (DBF) and DOSBox program installed


this is the main bunch of code that generate the config file for console (a Memo component is used for store the lines)

[Select]
     AnsiString Temporal;
    int pos;  int result;
    char HW_SCALE_VAR[30];
    char SENSITIVITY_VAR[30];

    Memo2->Visible = False;
    Memo2->Refresh();
    Memo1->Visible = True;
    Memo1->Refresh();

////Preparing first section [SDL]///////////////////////////
  Memo1->Clear();


  Memo1->Lines->Add("[SDL]");

  //Fullscreen
  if(FULLSCREEN==True)
   { Memo1->Lines->Add("fullscreen=true");}
  else {Memo1->Lines->Add("fullscreen=false");}

  //Double Buffered
  if(DOUBLEBUFFER == True)
  {Memo1->Lines->Add("fulldouble=true"); }
   else { Memo1->Lines->Add("fulldouble=false");}

  //Don't resize when fullscreened
  //DOSBox 0.63 version
  //if(FULLFIXED == True)
  //{Memo1->Lines->Add("fullfixed=true"); }
  // else { Memo1->Lines->Add("fullfixed=false");}

   //Set the resolution for Fullscreen
   Memo1->Lines->Add("fullresolution=original");

      //Set the resolution for Window
   Memo1->Lines->Add("windowresolution=original");

   //Set the rendering output mode
   //we use the same variable for 2 or 3 assignments
   sprintf(HW_SCALE_VAR, "output=%s", OUTPUT);
   Memo1->Lines->Add(HW_SCALE_VAR);

   //Reescaling (when applied)
   //sprintf(HW_SCALE_VAR, "hwscale=%s", HWSCALE);
   //Memo1->Lines->Add(HW_SCALE_VAR);

   //Mouse AutoLock
   if(AUTOLOCK == True)
    {Memo1->Lines->Add("autolock=true"); }
   else { Memo1->Lines->Add("autolock=false");}

   //Mouse Sensitivity
   sprintf(SENSITIVITY_VAR, "sensitivity=%d", SENSITIVITY);
   Memo1->Lines->Add(SENSITIVITY_VAR);

   //Wait on Error (in DosBox console)
   if(WAIT_ON_ERROR == True)
     {Memo1->Lines->Add("waitonerror=true"); }
   else { Memo1->Lines->Add("waitonerror=false");}

   //Level of Priority for Dosbox
   sprintf(PRIORITY_VAR, "priority=%s", PRIORITY.c_str());
   Memo1->Lines->Add(PRIORITY_VAR);

   //Mapperfile
   MAPPERFILE = Edit_MAPPERFILE->Text;
   sprintf(MAPPERFILE_VAR, "mapperfile=%s", MAPPERFILE.c_str());
   Memo1->Lines->Add(MAPPERFILE_VAR);

   //Use Scan codes
  if(usescancodes == True)
  {Memo1->Lines->Add("usescancodes=true"); }
   else { Memo1->Lines->Add("usescancodes=false");}


   //2nd section [dosbox]////////////////////
   ///////////////////////////////////////////////////////
   Memo1->Lines->Add("[dosbox]");
   Memo1->Lines->Add("language=");
   sprintf(TEMP_STRING, "machine=%s", machine.c_str());
   Memo1->Lines->Add(TEMP_STRING);
   sprintf(TEMP_STRING, "captures=%s", captures.c_str());
   Memo1->Lines->Add(TEMP_STRING);

   if(Edit_MEMORY_SIZE->Text.ToInt() > 600)
    {
     memsize = 64;
     Edit_MEMORY_SIZE->Text = 64;
     }
  else { memsize = Edit_MEMORY_SIZE->Text.ToInt();}

   sprintf(TEMP_STRING, "memsize=%d", memsize);
   Memo1->Lines->Add(TEMP_STRING);
   //////////////////////////////////////////////////////

   //3rd section [render]///////////////////
   //////////////////////////////////////////////////////
   Memo1->Lines->Add("[render]");
   //Frameskip
   sprintf(TEMP_STRING, "frameskip=%d", frameskip);
   Memo1->Lines->Add(TEMP_STRING);
   //Aspect
   if(aspect == True)
     {Memo1->Lines->Add("aspect=true"); }
   else { Memo1->Lines->Add("aspect=false");}
   //Scaler
    sprintf(TEMP_STRING, "scaler=%s", scaler);
   Memo1->Lines->Add(TEMP_STRING);
   ///////////////////////////////////////////////////////
   //////SECCION [CPU]
   Memo1->Lines->Add("[cpu]");
   //Core
   sprintf(TEMP_STRING, "core=%s", core);
   Memo1->Lines->Add(TEMP_STRING);
   //Cycles/////////////////////////////////////////////

   cycles = Edit_CYCLES->Text.ToInt();
     if(cycles > 40000)
      { cycles = 3000; Edit_CYCLES->Text = 3000; }

  if(CheckBox_AUTO_CYCLES->Checked == True)
  {
    sprintf(TEMP_STRING, "cycles=auto");
    Memo1->Lines->Add(TEMP_STRING);
    }
  else { sprintf(TEMP_STRING, "cycles=%d", cycles);
         Memo1->Lines->Add(TEMP_STRING);
         }

   //Cycles UP//////////////////////////////////////////
    sprintf(TEMP_STRING, "cycleup=%d", cycleup);
   Memo1->Lines->Add(TEMP_STRING);
   //Cycles DOWN
    sprintf(TEMP_STRING, "cycledown=%d", cycledown);
   Memo1->Lines->Add(TEMP_STRING);

   //DOS SECTION//////////////////////////////////////////////////
   sprintf(TEMP_STRING, "[dos]");
   Memo1->Lines->Add(TEMP_STRING);

   if(xms_memory == True)
     {Memo1->Lines->Add("xms=true"); }
   else { Memo1->Lines->Add("xms=false");}

   if(ems_memory == True)
     {Memo1->Lines->Add("ems=true"); }
   else { Memo1->Lines->Add("ems=false");}

    sprintf(TEMP_STRING, "umb=%s", ComboBox_UMB->Text);
    Memo1->Lines->Add(TEMP_STRING);

   //MIXER SECTION////////////////////////////////////////////////
   sprintf(TEMP_STRING, "[mixer]");
   Memo1->Lines->Add(TEMP_STRING);

   if(nosound == True)
     {Memo1->Lines->Add("nosound=true"); }
   else { Memo1->Lines->Add("nosound=false");}

   //RATE
    sprintf(TEMP_STRING, "rate=%d", rate);
    Memo1->Lines->Add(TEMP_STRING);

   //BlockSize
    sprintf(TEMP_STRING, "blocksize=%d", blocksize);
    Memo1->Lines->Add(TEMP_STRING);

   //prebuffer
    sprintf(TEMP_STRING, "prebuffer=%d", prebuffer);
    Memo1->Lines->Add(TEMP_STRING);

   //SB SECTION/////////////////////////////////////////////////
   sprintf(TEMP_STRING, "[sblaster]");
   Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "type=%s", type);
    Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "irq=%d", irq);
    Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "dma=%d", dma);
    Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "hdma=%d", hdma);
    Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "oplmode=%s", oplmode);
    Memo1->Lines->Add(TEMP_STRING);

    sprintf(TEMP_STRING, "oplrate=%d", oplrate);
    Memo1->Lines->Add(TEMP_STRING);

   if(mixer == True)
     {Memo1->Lines->Add("mixer=true"); }
   else { Memo1->Lines->Add("mixer=false");}

   //MIDI SECTION////////////////////////////////////////////////
   sprintf(TEMP_STRING, "[midi]");
   Memo1->Lines->Add(TEMP_STRING);

 if(mpu401 == True)
  {
    sprintf(TEMP_STRING, "mpu401=true");
    Memo1->Lines->Add(TEMP_STRING);
    }
 else {
       sprintf(TEMP_STRING, "mpu401=false");
       Memo1->Lines->Add(TEMP_STRING);
       }


    sprintf(TEMP_STRING, "device=%s", device);
    Memo1->Lines->Add(TEMP_STRING);

   //Gravis UltraSound SECTION/////////////////////////////////////
   sprintf(TEMP_STRING, "[gus]");
   Memo1->Lines->Add(TEMP_STRING);

 if(gus == True)
  {
    sprintf(TEMP_STRING, "gus=true");
    Memo1->Lines->Add(TEMP_STRING);
    }
 else {
       sprintf(TEMP_STRING, "gus=false");
       Memo1->Lines->Add(TEMP_STRING);
       }

     sprintf(TEMP_STRING, "gusrate=%d", gusrate);
    Memo1->Lines->Add(TEMP_STRING);

     sprintf(TEMP_STRING, "gusbase=%d", gusbase);
    Memo1->Lines->Add(TEMP_STRING);

     sprintf(TEMP_STRING, "irq1=%d", irq1);
    Memo1->Lines->Add(TEMP_STRING);

     sprintf(TEMP_STRING, "irq2=%d", irq2);
    Memo1->Lines->Add(TEMP_STRING);

         sprintf(TEMP_STRING, "dma1=%d", dma1);
    Memo1->Lines->Add(TEMP_STRING);

     sprintf(TEMP_STRING, "dma2=%d", dma2);
    Memo1->Lines->Add(TEMP_STRING);

     sprintf(TEMP_STRING, "ultrasnd=%s", Edit_ULTRADIR->Text);
    Memo1->Lines->Add(TEMP_STRING);


   ///////////////////////////////////////////////////////
   //here i copy from other temporary buffer, the rest
   //of the config, .
   //////////////////////////////////////////////////////
   AnsiString CADENA_TEMPORAL;

    CADENA_TEMPORAL = LMDMemo2->Lines->GetTextStr();
    Memo1->Add(CADENA_TEMPORAL);

   /////////////////////////////////////////////////////////
   //sprintf(TEMP_STRING, "mount %s %s", ComboBox1->Text.c_str(), ruta_juegos);
   //Memo1->Add(TEMP_STRING);
   /////////////////////////////////////////////////////////

   chdir(appPath.c_str());







Pages: [1]