?? usbdev.c
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U8 aDescStr1[]= // Manufacturer
{
//(0x14+2), STRING_TYPE,
22, STRING_TYPE,
'S', 0x0, 'y', 0x0, 's', 0x0, 't', 0x0, 'e', 0x0, 'm', 0x0, ' ', 0x0, 'M', 0x0,
'C', 0x0, 'U', 0x0
};
U8 aDescStr2[]= // Product
{
//(0x2a+2), STRING_TYPE,
44, STRING_TYPE,
'S', 0x0, 'E', 0x0, 'C', 0x0, ' ', 0x0, 'S', 0x0, '3', 0x0, 'C', 0x0, '2', 0x0,
'4', 0x0, '4', 0x0, '3', 0x0, 'X', 0x0, ' ', 0x0, 'T', 0x0, 'e', 0x0, 's', 0x0,
't', 0x0, ' ', 0x0, 'B', 0x0, '/', 0x0, 'D', 0x0
};
volatile USB_OP g_eOpMode;
volatile U8* g_pDownPt;
volatile U32 g_uDownloadFileSize;
volatile U32 g_uDownloadAddress;
U32 g_cpucnt;
U16 usConfig;
USB_DEVICE_DESCRIPTOR* g_poDescDevice;
USB_GET_STATUS* g_poStatusGet;
USB_INTERFACE_GET* g_poInterfaceGet;
USB_DESCRIPTORS* g_poDesc;
DEVICE_REQUEST* g_poDeviceRequest;
U32 g_uEp0State;
U32 g_uEp0SubState;
USB_SPEED g_eSpeed;
// U32 g_other_speed_length;
U32 g_uBulkInCount;
U32 g_uEp0MaxPktSize;
U32 g_uEp1MaxPktSize;
U32 g_uEp3MaxPktSize;
U32 g_uEp2MaxPktSize;
U32 g_uEp4MaxPktSize;
U32 g_uBulkInAddr;
U32 g_uEnumerationDone;
volatile U32 DeviceRequestLength;
void WrPktEp0(U8 *buf, int num)
{
int i;
if (num&0x1) num++;
for(i=0;i<num;i+=2)
{
Outp32(EP0_FIFO, (((*(buf+1))<<8)|*buf));
buf +=2;
}
}
void WrPktEp1(U8 *buf, int num)
{
int i;
U16 Wr_Data=0;
for(i=0;i<num;i+=2)
{
Wr_Data=((*(buf+1))<<8)|*buf;
Outp32(EP1_FIFO, Wr_Data);
buf +=2;
}
}
void PrintEp0Pkt(U8 *pt, U8 count)
{
int i;
DbgUsb(("[DBG:"));
for(i=0;i<count;i++)
DbgUsb(("%x,", pt[i]));
DbgUsb(("]"));
}
void RdPktEp3(U8 *buf, int num)
{
int i;
U16 Rdata;
for(i=0;i<num;i+=2)
{
Inp32(EP3_FIFO, Rdata);
buf[i] = (U8)Rdata;
buf[i+1] = (U8)(Rdata>>8);
}
g_pDownPt += num;
}
bool IsEnumerationDone(void)
{
if (g_uEnumerationDone == 0)
return FALSE;
else
return TRUE;
}
void PrepareEp1Fifo(U32 BaseAddr)
{
int i;
U32 in_csr1;
U8* BulkInBuf = (U8*)BaseAddr;
if (g_uBulkInCount > g_uEp1MaxPktSize)
{
Outp32(INDEX_REG, EP1);
Outp32(BYTE_WRITE_CNT_REG, g_uEp1MaxPktSize);
WrPktEp1(BulkInBuf, g_uEp1MaxPktSize);
g_uBulkInAddr = BaseAddr + g_uEp1MaxPktSize;
g_uBulkInCount -= g_uEp1MaxPktSize;
}
else
{
Outp32(INDEX_REG, EP1);
printf("g_uBulkInCount= %d\n",g_uBulkInCount);
Outp32(BYTE_WRITE_CNT_REG, g_uBulkInCount);
WrPktEp1(BulkInBuf, g_uBulkInCount);
g_uBulkInAddr = BaseAddr + g_uBulkInCount;
g_uBulkInCount = 0;
}
}
void FlushEp1Fifo(void)
{
U32 OrgValue;
Outp32(INDEX_REG, EP1);
Inp32(EP_CON_REG, OrgValue);
Outp32(EP_CON_REG, (1<<6));
Outp32(EP_CON_REG, OrgValue);
}
void SetMaxPktSizes(USB_SPEED eSpeed)
{
if (eSpeed == USB_HIGH)
{
g_eSpeed = USB_HIGH;
g_uEp0MaxPktSize = 64;
g_uEp1MaxPktSize = 512;
g_uEp3MaxPktSize = 512;
g_uEp2MaxPktSize = 64;
g_uEp4MaxPktSize = 64;
}
else
{
g_eSpeed = USB_FULL;
g_uEp0MaxPktSize = 64;
g_uEp1MaxPktSize = 64;
g_uEp3MaxPktSize = 64;
g_uEp2MaxPktSize = 512;
g_uEp4MaxPktSize = 512;
}
// EP0 Max Packet size settings
Outp32(INDEX_REG, EP0);
Outp32(MAX_PKT_REG, g_uEp0MaxPktSize); // max packet size
// EP1 OUT Max Packet size settings
Outp32(INDEX_REG, EP1);
Outp32(MAX_PKT_REG, g_uEp1MaxPktSize); // max packet size
// EP3 IN Max Packet size settings
Outp32(INDEX_REG, EP3);
Outp32(MAX_PKT_REG, g_uEp3MaxPktSize); // max packet size
// EP2 OUT Max Packet size settings
Outp32(INDEX_REG, EP2);
Outp32(MAX_PKT_REG, g_uEp2MaxPktSize); // max packet size
// EP4 IN Max Packet size settings
Outp32(INDEX_REG, EP4);
Outp32(MAX_PKT_REG, g_uEp4MaxPktSize); // max packet size
}
void SetOpMode(USB_OP mode)
{
U32 i;
g_uDownloadFileSize = 0;
g_eOpMode = mode;
}
bool VerifyChecksum(void)
{
U8* CalcCSPt;
U16 dnCS;
U16 checkSum;
U16 i=0;
// checksum calculation
CalcCSPt = (U8*)g_uDownloadAddress;
checkSum = 0;
while((U32)CalcCSPt < (g_uDownloadAddress+(g_uDownloadFileSize-8)))
{
checkSum += *CalcCSPt++;
i++;
}
// checkSum was calculated including dnCS. So, dnCS should be subtracted.
checkSum=checkSum - *((unsigned char *)(g_uDownloadAddress+g_uDownloadFileSize-8-2))
- *( (unsigned char *)(g_uDownloadAddress+g_uDownloadFileSize-8-1) );
dnCS=*((unsigned char *)(g_uDownloadAddress+g_uDownloadFileSize-8-2))+
(*( (unsigned char *)(g_uDownloadAddress+g_uDownloadFileSize-8-1) )<<8);
if (checkSum!=dnCS)
{
printf("Checksum Error!!! MEM:%x DN:%x\n", checkSum, dnCS);
return FALSE;
}
else
{
return TRUE;
}
}
void GetDownFileInfo(U32* uDownAddr, U32* uDownFileSize)
{
*uDownAddr = g_uDownloadAddress;
*uDownFileSize = g_uDownloadFileSize;
}
void AllocateUSBDEV(void)
{
g_poDescDevice = (USB_DEVICE_DESCRIPTOR*)malloc(sizeof (USB_DEVICE_DESCRIPTOR));
g_poStatusGet = (USB_GET_STATUS*)malloc(sizeof (USB_GET_STATUS));
g_poInterfaceGet = (USB_INTERFACE_GET*)malloc(sizeof (USB_INTERFACE_GET));
g_poDesc = (USB_DESCRIPTORS*)malloc(sizeof (USB_DESCRIPTORS));
g_poDeviceRequest = (DEVICE_REQUEST*)malloc(sizeof (DEVICE_REQUEST));
}
void FreeUSBDEV(void)
{
if (g_poDescDevice)
free(g_poDescDevice);
if (g_poStatusGet)
free(g_poStatusGet);
if (g_poInterfaceGet)
free(g_poInterfaceGet);
if (g_poDesc)
free(g_poDesc);
if (g_poDeviceRequest)
free(g_poDeviceRequest);
}
void Init(void)
{
g_uEnumerationDone = 0;
SetEndpoint();
g_uEp0State = EP0_STATE_INIT;
g_uEp0SubState = 0;
}
void SetDescriptorTable(void)
{
// Standard device descriptor
g_poDescDevice->bLength=0x12; // EP0_DEV_DESC_SIZE=0x12 bytes
g_poDescDevice->bDescriptorType=DEVICE_TYPE;
g_poDescDevice->bDeviceSubClass=0x0;
g_poDescDevice->bDeviceProtocol=0x0;
g_poDescDevice->bMaxPacketSize0=g_uEp0MaxPktSize;
g_poDescDevice->idVendorL=0xe8; //changed the value 06.10.16
g_poDescDevice->idVendorH=0x04; //changed the value 06.10.16
g_poDescDevice->idProductL=0x34;
g_poDescDevice->idProductH=0x12;
g_poDescDevice->bcdDeviceL=0x00;
g_poDescDevice->bcdDeviceH=0x01;
g_poDescDevice->iManufacturer=0x1; // index of string descriptor
g_poDescDevice->iProduct=0x2; // index of string descriptor
g_poDescDevice->iSerialNumber=0x0;
g_poDescDevice->bNumConfigurations=0x1;
g_poDescDevice->bcdUSBL=0x00;
g_poDescDevice->bcdUSBH=0x02; // Ver 2.0
// Standard configuration descriptor
g_poDesc->oDescConfig.bLength=0x9;
g_poDesc->oDescConfig.bDescriptorType=CONFIGURATION_TYPE;
g_poDesc->oDescConfig.wTotalLengthL=0x20; // <cfg desc>+<if desc>+<endp0 desc>+<endp1 desc>
g_poDesc->oDescConfig.wTotalLengthH=0;
g_poDesc->oDescConfig.bNumInterfaces=1;
// dbg descConf.bConfigurationValue=2; // why 2? There's no reason.
g_poDesc->oDescConfig.bConfigurationValue=1;
g_poDesc->oDescConfig.iConfiguration=0;
g_poDesc->oDescConfig.bmAttributes=CONF_ATTR_DEFAULT|CONF_ATTR_SELFPOWERED;//;|CONF_ATTR_REMOTE_WAKEUP;//CONF_ATTR_DEFAULT; // bus powered only.
//g_poDesc->oDescConfig.maxPower=25; // draws 50mA current from the USB bus.
g_poDesc->oDescConfig.maxPower=50; // draws 100mA current from the USB bus.
// Standard interface descriptor
g_poDesc->oDescInterface.bLength=0x9;
g_poDesc->oDescInterface.bDescriptorType=INTERFACE_TYPE;
g_poDesc->oDescInterface.bInterfaceNumber=0x0;
g_poDesc->oDescInterface.bAlternateSetting=0x0; // ?
g_poDesc->oDescInterface.bNumEndpoints=2; // # of endpoints except EP0
g_poDesc->oDescInterface.bInterfaceClass=0xff; // 0x0 ?
g_poDesc->oDescInterface.bInterfaceSubClass=0x0;
g_poDesc->oDescInterface.bInterfaceProtocol=0x0;
g_poDesc->oDescInterface.iInterface=0x0;
// Standard endpoint0 descriptor
g_poDesc->oDescEndpt1.bLength=0x7;
g_poDesc->oDescEndpt1.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt1.bEndpointAddress=1|EP_ADDR_IN; // 2400Xendpoint 1 is IN endpoint.
g_poDesc->oDescEndpt1.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt1.wMaxPacketSizeL=(U8)g_uEp1MaxPktSize; // 64
g_poDesc->oDescEndpt1.wMaxPacketSizeH=(U8)(g_uEp1MaxPktSize>>8);
g_poDesc->oDescEndpt1.bInterval=0x0; // not used
// Standard endpoint1 descriptor
g_poDesc->oDescEndpt3.bLength=0x7;
g_poDesc->oDescEndpt3.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt3.bEndpointAddress=3|EP_ADDR_OUT; // 2400X endpoint 3 is OUT endpoint.
g_poDesc->oDescEndpt3.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt3.wMaxPacketSizeL=(U8)g_uEp3MaxPktSize; // 64
g_poDesc->oDescEndpt3.wMaxPacketSizeH=(U8)(g_uEp3MaxPktSize>>8);
g_poDesc->oDescEndpt3.bInterval=0x0; // not used
}
void Set_OtherSpeedConf_DescriptorTable(U32 length)
{
// Standard device descriptor
if (g_eSpeed == USB_HIGH)
{
g_poDescDevice->bcdUSBL=0x00;
g_poDescDevice->bcdUSBH=0x02; // Ver 2.0
g_poDesc->oDescConfig.bDescriptorType=OTHER_SPEED_CONFIGURATION;
// Standard endpoint2 descriptor
g_poDesc->oDescEndpt2.bLength=0x7;
g_poDesc->oDescEndpt2.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt2.bEndpointAddress=2|EP_ADDR_IN; // 2400Xendpoint 1 is IN endpoint.
g_poDesc->oDescEndpt2.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt2.wMaxPacketSizeL=(U8)g_uEp2MaxPktSize; //
g_poDesc->oDescEndpt2.wMaxPacketSizeH=(U8)(g_uEp2MaxPktSize>>8);
g_poDesc->oDescEndpt2.bInterval=0x0; // not used
// Standard endpoint4 descriptor
g_poDesc->oDescEndpt4.bLength=0x7;
g_poDesc->oDescEndpt4.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt4.bEndpointAddress=4|EP_ADDR_OUT; // 2400X endpoint 3 is OUT endpoint.
g_poDesc->oDescEndpt4.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt4.wMaxPacketSizeL=(U8)g_uEp4MaxPktSize; //
g_poDesc->oDescEndpt4.wMaxPacketSizeH=(U8)(g_uEp4MaxPktSize>>8);
g_poDesc->oDescEndpt4.bInterval=0x0; // not used
if (length ==9)
{
Outp32(BYTE_WRITE_CNT_REG, 9);
WrPktEp0((U8 *)&g_poDesc->oDescConfig+0, 9); // EP0_PKT_SIZE
}
else if(length ==32)
{
Outp32(BYTE_WRITE_CNT_REG, 32);
WrPktEp0((U8 *)&aOtherSpeedConfiguration_1+0, 32); // EP0_PKT_SIZE
}
g_uEp0State = EP0_STATE_INIT;
g_poDescDevice->bcdUSBL=0x00;
g_poDescDevice->bcdUSBH=0x02; // Ver 2.0
g_poDesc->oDescConfig.bDescriptorType=CONFIGURATION_TYPE;
// Standard endpoint0 descriptor
g_poDesc->oDescEndpt1.bEndpointAddress=1|EP_ADDR_IN; // 2400Xendpoint 1 is IN endpoint.
g_poDesc->oDescEndpt1.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt1.wMaxPacketSizeL=(U8)g_uEp1MaxPktSize; //
g_poDesc->oDescEndpt1.wMaxPacketSizeH=(U8)(g_uEp1MaxPktSize>>8);
g_poDesc->oDescEndpt1.bInterval=0x0; // not used
// Standard endpoint1 descriptor
g_poDesc->oDescEndpt3.bEndpointAddress=3|EP_ADDR_OUT; // 2400X endpoint 3 is OUT endpoint.
g_poDesc->oDescEndpt3.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt3.wMaxPacketSizeL=(U8)g_uEp3MaxPktSize; //
g_poDesc->oDescEndpt3.wMaxPacketSizeH=(U8)(g_uEp3MaxPktSize>>8);
g_poDesc->oDescEndpt3.bInterval=0x0; // not used
}
else {
g_poDescDevice->bcdUSBL=0x00;
g_poDescDevice->bcdUSBH=0x02; // Ver 2.0
//g_poDesc->oDescConfig.bDescriptorType=CONFIGURATION_TYPE;
g_poDesc->oDescConfig.bDescriptorType=OTHER_SPEED_CONFIGURATION;
g_poDesc->oDescEndpt2.bLength=0x7;
g_poDesc->oDescEndpt2.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt2.bEndpointAddress=2|EP_ADDR_IN; // 2400Xendpoint 1 is IN endpoint.
g_poDesc->oDescEndpt2.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt2.wMaxPacketSizeL=(U8)g_uEp2MaxPktSize; //
g_poDesc->oDescEndpt2.wMaxPacketSizeH=(U8)(g_uEp2MaxPktSize>>8);
g_poDesc->oDescEndpt2.bInterval=0x0; // not used
// Standard endpoint1 descriptor
g_poDesc->oDescEndpt4.bLength=0x7;
g_poDesc->oDescEndpt4.bDescriptorType=ENDPOINT_TYPE;
g_poDesc->oDescEndpt4.bEndpointAddress=4|EP_ADDR_OUT; // 2400X endpoint 3 is OUT endpoint.
g_poDesc->oDescEndpt4.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt4.wMaxPacketSizeL=(U8)g_uEp4MaxPktSize; //
g_poDesc->oDescEndpt4.wMaxPacketSizeH=(U8)(g_uEp4MaxPktSize>>8);
g_poDesc->oDescEndpt4.bInterval=0x0; // not used
if (length ==9)
{
Outp32(BYTE_WRITE_CNT_REG, 9);
WrPktEp0((U8 *)&g_poDesc->oDescConfig+0, 9); // EP0_PKT_SIZE
}
else if(length ==32)
{
Outp32(BYTE_WRITE_CNT_REG, 32);
WrPktEp0((U8 *)&aOtherSpeedConfiguration_2+0, 32); // EP0_PKT_SIZE
}
g_poDescDevice->bcdUSBL=0x00;
g_poDescDevice->bcdUSBH=0x02; // Ver 2.0
g_poDesc->oDescConfig.bDescriptorType=CONFIGURATION_TYPE;
// Standard endpoint0 descriptor
g_poDesc->oDescEndpt1.bEndpointAddress=1|EP_ADDR_IN; // 2400Xendpoint 1 is IN endpoint.
g_poDesc->oDescEndpt1.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt1.wMaxPacketSizeL=(U8)g_uEp1MaxPktSize; //
g_poDesc->oDescEndpt1.wMaxPacketSizeH=(U8)(g_uEp1MaxPktSize>>8);
g_poDesc->oDescEndpt1.bInterval=0x0; // not used
// Standard endpoint1 descriptor
g_poDesc->oDescEndpt3.bEndpointAddress=3|EP_ADDR_OUT; // 2400X endpoint 3 is OUT endpoint.
g_poDesc->oDescEndpt3.bmAttributes=EP_ATTR_BULK;
g_poDesc->oDescEndpt3.wMaxPacketSizeL=(U8)g_uEp3MaxPktSize; //
g_poDesc->oDescEndpt3.wMaxPacketSizeH=(U8)(g_uEp3MaxPktSize>>8);
g_poDesc->oDescEndpt3.bInterval=0x0; // not used
}
}
void SetEndpoint(void)
{
// *** End point information ***
// EP0: control
U16 SysStatus;
U16 Temp;
Outp32(INDEX_REG, EP0);
// For L18
Outp32(EP_DIR_REG, 0x02); // EP1=> TX, EP2=>RX , 0b=report mode[1], 15b=report mode[2], 3b~8b=ep2 delay_con
Outp32(EP_INT_EN_REG, 0x4d0f); // EP0, 1, 2 Interrupt enable, 15b=report mode[0], 3b~14b=ep0/1 delay_con
Inp32(EP_DIR_REG, Temp);
// DbgUsb(("EP_DIR_REG : %x \n", Temp));
Inp32(EP_INT_EN_REG, Temp);
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