mkit100.c

isp1160_pci_usb_host_MP100.rar USB主机设备程序～！

	  sprintf(m_udn+cnt,"%c",*(reply_ptr+cnt+1));
	  cnt++;
	 }
	 while(cnt<name_length);

	 printf("\nManufacturer : %s",m_udn);
	}
  }
 }

 if(iInterface!=0)
 {
  ccode=get_control(reply_ptr,3,'S',iInterface);
  decode_ccode(ccode,message);
  printf("\nGet Interface... %s",message);

  name_length=( (*reply_ptr&0x00FF)>>1  );

  if(name_length!=0)
  {
   printf("\nName length is %d",name_length);
   name_length--;

	if(  (   (ccode==0)||(ccode>7)   )    && (name_length>0) )
	{
	 cnt=0;

	 do
	 {
	  sprintf(i_udn+cnt,"%c",*(reply_ptr+cnt+1));
	  cnt++;
	 }
	 while(cnt<name_length);

	 printf("\nInterface : %s",i_udn);
	}
  }
 }


 printf("\n\nPress any key to continue...");
 getch();

 clrscr();

  do
  {
   printf("\nISP1161 Enumeration Demo");
   printf("\n========================");
   printf("\n[d]  Display Device Descriptor");
   printf("\n[c]  Display Configuration Descriptor");
   printf("\n[9]  Exit This Routine");

   printf("\n\n\nThe descriptor has been recorded at the beginning of");
   printf("\nthe routine. Choose exit if you wish to re-enumerate.");

   gotoxy(1,18);
   printf("\nUSB Device Information");
   printf("\n======================");
   printf("\nManufacturer : %s",m_udn);
   printf("\nProduct      : %s",p_udn);
   printf("\nInterface    : %s",i_udn);

   user_in=read_key(1);
   clrscr();
   if(user_in=='d') {decode_dev(dev_desc,1);}
   if(user_in=='c') {decode_config(config_desc,1);}

   if(user_in!='9')
   {
	printf("\n\nPress any key to continue...");
	read_key(1);
   }

   clrscr();
  }
  while(user_in!='9');
}

void mouse_demo(void)
{
 unsigned int user_in;

 unsigned long *lp;
 unsigned long *data_ptr;
 unsigned int *reply_ptr;
 unsigned int reply[128];
 unsigned int cnt;
 unsigned int data_in[8];
 unsigned char usb_device_name[128];
 unsigned char *udn;
 unsigned int ccode;
 unsigned int temp;
 char message[50];

 unsigned int name_length;

 unsigned int iManufacturer=0,iProduct=0,iInterface=0;

 unsigned int dev_desc[128];
 unsigned int ep_desc[128];
 unsigned int config_desc[512];
 unsigned int str_desc[128];
 unsigned int i_desc[128];

 char m_udn[50]="NULL";
 char p_udn[50]="NULL";
 char i_udn[50]="NULL";

 int addr=3;

 reply_ptr=reply;

 reset_usb();

 clrscr();

 reset_usb();
 erase_all();
 set_operational();
 enable_port();
 delay(300);


 set_operational();
 enable_port();

 write_register32(Com32_HcRhPortStatus1,0x00000010);
 write_register32(Com32_HcRhPortStatus2,0x00000010);
 pwait(5000);


 set_address(0,addr);

 clrscr();

 //Get Device
 ccode=get_control(dev_desc,addr,'D');
 decode_ccode(ccode,message);
 printf("\n\nGetDescriptor... %s",message);
 if( (ccode==0) || (ccode>7) )
 {
  decode_dev(dev_desc,0);

  iProduct       =(dev_desc[7]&0xFF00)>>8;
  iManufacturer  =(dev_desc[7]&0x00FF)   ;
  device_info('W','M',iManufacturer);
  device_info('W','P',iProduct);
 }

 //Get Configuration
 ccode=get_control(config_desc,addr,'C');
 decode_ccode(ccode,message);
 printf("\n\nGetConfiguration... %s",message);
 if( (ccode==0) || (ccode>7) )
 {
  decode_config(config_desc,0);

  iInterface =(config_desc[8]&0xFF00)>>8;
  device_info('W','I',iInterface);
 }

 device_info('S',0,0);

 //Get String
 if(iProduct!=0)
 {
  ccode=get_control(reply,addr,'S',iProduct);
  decode_ccode(ccode,message);
  printf("\nGet Product... %s",message);

  name_length=( (*reply_ptr&0x00FF)>>1  );

  if(name_length>0)
  {
   printf("\nName length is %d",name_length);
   name_length--;

	if((ccode==0) && (name_length>0) )
	{
	 cnt=0;

	 do
	 {
	  sprintf(p_udn+cnt,"%c",*(reply_ptr+cnt+1));
	  cnt++;
	 }
	 while(cnt<name_length);

	 printf("\nProduct : %s",p_udn);
	}
  }
 }


 if(iManufacturer!=0)
 {
  ccode=get_control(reply_ptr,3,'S',iManufacturer);
  decode_ccode(ccode,message);

  name_length=( (*reply_ptr&0x00FF)>>1  );

  printf("\nGet Manufacturer...%s",message);


  if(name_length!=0)
  {
   printf("\nName length is %d",name_length);
   name_length--;

	if((ccode==0) && (name_length>0) )
	{
	 cnt=0;

	 do
	 {
	  sprintf(m_udn+cnt,"%c",*(reply_ptr+cnt+1));
	  cnt++;
	 }
	 while(cnt<name_length);

	 printf("\nManufacturer : %s",m_udn);
	}
  }
 }

 if(iInterface!=0)
 {
  ccode=get_control(reply_ptr,3,'S',iInterface);
  decode_ccode(ccode,message);
  printf("\nGet Interface... %s",message);

  name_length=( (*reply_ptr&0x00FF)>>1  );

  if(name_length!=0)
  {
   printf("\nName length is %d",name_length);
   name_length--;

	if((ccode==0) && (name_length>0) )
	{
	 cnt=0;

	 do
	 {
	  sprintf(i_udn+cnt,"%c",*(reply_ptr+cnt+1));
	  cnt++;
	 }
	 while(cnt<name_length);

	 printf("\nInterface : %s",i_udn);
	}
  }
 }


 printf("\n\nPress any key to continue...");
 getch();

 set_config(3,1);

 play_mouse();
}

void bulk_test(void)
{
 unsigned int cnt;
 unsigned int user_in;
 unsigned int user_data[1024];
 unsigned int header_data[4];
 unsigned int *u_ptr;
 unsigned int *h_ptr;
 unsigned int ccode;
 unsigned int active;
 unsigned int timeout=500;
 unsigned int no_of_pac=8; //No of packets of 64bytes to be sent out

 //initialize test data
 cnt=0;
 do
  {
   user_data[cnt]=cnt;
   cnt++;
  }
 while(cnt<1024);

 u_ptr=user_data;
 h_ptr=h_ptr;

 clrscr();

 set_operational();
 enable_port();

 printf("Philips ISP1161 Bulk Transfer Test\n");
 printf("==================================");

 make_bulk_ptd(h_ptr,1,64*no_of_pac,0,0);
 put_bulk_ptd(h_ptr,(no_of_pac*32)+8,u_ptr);
 write_register16(Com16_HcBufferStatus,0x08);

 printf("\nPTD dumped into ATL buffer");

 cnt=0;
 do
  {
   gotoxy(1,4);
   printf("Waiting for PTD to be processed... ");

   get_bulk_ptd(h_ptr,4);
   ccode=((*h_ptr)&0xF000)>>12;
   active=((*h_ptr)&0x0800);
   cnt++;
  }
 while( (active!=0) && (cnt<timeout) );

 printf("Done!!!");

 printf("\n\nCompletion Code:%X \nActive Bit:%X",ccode,active>>10);
 getch();
}

void show_choice(void)
{
 unsigned int chip_id;
 clrscr();

 chip_id=read_register16(Com16_HcChipID);

 printf("Philips ISP1161 PCI Mini Test Kit Version 1.02\n");
 printf("==============================================");
 printf("\n[1] DEMO - Port Monitor");
 printf("\n[2] DEMO - USB Mouse");
 printf("\n[3] DEMO - Enumeration");
 printf("\n[4] Bulk Transfer Test");
 printf("\n[5] ATL Buffer View");
 printf("\n[6] Erase HC Buffer Memory");
 printf("\n[9] Exit");
 printf("\n\n\n\nChipID Detected : %4X\n",chip_id);
}

void main(void)
{
 unsigned int cnt;
 unsigned char function[10][40];
 unsigned char status_buffer[60];
 unsigned int user_in;
 unsigned int chip_id;

 clrscr();

 _setcursortype(_NOCURSOR);

findPCIdev(0x00068000, &g_ISA_base_address, &g_host_IRQ_num);
set_pci_bridge();
g_1161_command_address		= g_ISA_base_address + 2;
g_1161_data_address		= g_ISA_base_address;

 chip_id=read_register16(Com16_HcChipID);

 printf("ChipID Detected : %4X",chip_id);

  do
  {
   write_register16(Com16_HcITLBufferLength,0);
   write_register16(Com16_HcATLBufferLength,0x400);


   gotoxy(1,1);
   show_choice();
   user_in=read_key(1);

   reset_usb();

   if(user_in=='1') {port_monitor();}
   if(user_in=='2') {mouse_demo();}
   if(user_in=='3') {get_usb();}
   if(user_in=='4') {bulk_test();}
   if(user_in=='5') {see_buf();}
   if(user_in=='6') {erase_all();}

   gotoxy(1,20);
  }
  while(user_in!='9');
}