et_easy_usb_bulk_c_setting.h

ET44 Bulk transfer is a simple USB（bulk mode）device tester package. There are firmware, software and

//_RequestType_0XA3
#define _RT0XA3_Request_0X00	_ENABLE*_RequestType_0XA3    	//;get_status
#define _RT0XA3_Request_0X02	_ENABLE*_RequestType_0XA3    	//;get_state

//---USB COMMAND (VALUE)---//
//_RT0X00_Request_0X01	clear_feature
#define _RT0X00_R0X01_Value0001	_ENABLE*_RT0X00_Request_0X01  	//;device_remote_wakeup

//_RT0X00_Request_0X03	set_feature
#define _RT0X00_R0X03_Value0001	_ENABLE*_RT0X00_Request_0X03 	//;device_remote_wakeup

//_RT0X02_Request_0X01	clear_feature
#define _RT0X02_R0X01_Value0000	_ENABLE*_RT0X02_Request_0X01 	//;endpoint_stalled

//_RT0X02_Request_0X03	set_feature
#define _RT0X02_R0X03_Value0000	_ENABLE*_RT0X02_Request_0X03 	//;endpoint_stalled

//_RT0X80_Request_0X06	get_descriptor
#define _RT0X80_R0X06_Value0100	_ENABLE*_RT0X80_Request_0X06    //;device
#define _RT0X80_R0X06_Value0200	_ENABLE*_RT0X80_Request_0X06  	//;configuration
#define _RT0X80_R0X06_Value0300	ET_USB_STRING_INDEX*_RT0X80_Request_0X06 //;string

//_RT0X81_Request_0X06	get_descriptor
#define _RT0X81_R0X06_Value2100	_ENABLE*_RT0X81_Request_0X06     //;HID
#define _RT0X81_R0X06_Value2200	_ENABLE*_RT0X81_Request_0X06     //;Report
#define _RT0X81_R0X06_Value2300	_DISABLE*_RT0X81_Request_0X06    //;Physical

//_RT0X20_Request_0X01	clear_feature
#define _RT0X20_R0X01_Value0000	_ENABLE*_RT0X20_Request_0X01     //;c_hub_local_power
#define _RT0X20_R0X01_Value0100	_ENABLE*_RT0X20_Request_0X01     //;c_hub_over_current

//--- USB CONSTANT ---//
//USB Constant
//standard request codes
#define request_get_status 	        0
#define request_clear_feature		1
#define request_get_state			2
#define request_set_feature         3
#define request_set_address         5
#define request_get_descriptor      6
#define request_set_descriptor      7
#define request_get_configuration  	8
#define request_set_configuration   9
#define request_get_interface       10
#define request_set_interface       11
#define request_synch_frame        	12
//extra request codes
#define request_get_capability		1
#define request_get_report		1
#define request_get_idle		2
#define request_get_protocol		3
#define request_set_report		9
#define request_set_idle		0x0A
#define request_set_protocol		0x0B

//standard descriptor types
#define descriptor_types_device           	  1
#define descriptor_types_configuration       	  2
#define descriptor_types_string             	  3
#define descriptor_types_interface         	  4
#define descriptor_types_endpoint            	  5
#define descriptor_types_HID			  0x21
#define descriptor_types_Report			  0x22
#define descriptor_types_Physical		  0x23

//Standard feature selectors
#define endpoint_stalled		0 
#define device_remote_wakeup		1

//Hub feature selectors
#define c_hub_local_power		0
#define c_hub_over_current		1

//Port feature selectors
#define port_connection			0
#define port_enable			1
#define port_suspend			2
#define port_over_current		3
#define port_reset			4
#define port_power			8
#define port_low_speed			9
#define c_port_connection		16
#define c_port_enable			17
#define c_port_suspend			18
#define c_port_over_current		19
#define c_port_reset			20

//endpoint number
#define hub_endpoint00	 0x00
#define hub_endpoint01	 0x01
#define hub_endpoint80	 0x80
#define hub_endpoint81	 0x81





#include <usb_descriptor.h>

#pragma Use_usb_lib

// Declaration for Device configure descriptor //
struct DeviceConfigureDescriptor {
	 unsigned char _USB_CD_bLength;
	 unsigned char _USB_CD_bDescriptorType;
	 unsigned int  _USB_CD_wTotalLength;
	 unsigned char _USB_CD_bNumInterface;
	 unsigned char _USB_CD_bConfigurationValue;
	 unsigned char _USB_CD_iConfiguration;
	 unsigned char _USB_CD_bmAttributes;
	 unsigned char _USB_CD_MaxPower;
// InterfaceDescriptor for interface 0 alternate setting 0//
	 unsigned char _USB_ID_bLength_0_0;
	 unsigned char _USB_ID_bDescriptorType_0_0;
	 unsigned char _USB_ID_bInterfaceNumber_0_0;
	 unsigned char _USB_ID_bAlternateSetting_0_0;
	 unsigned char _USB_ID_bNumEndpoints_0_0;
	 unsigned char _USB_ID_bInterfaceClass_0_0;
	 unsigned char _USB_ID_bInterfaceSubClass_0_0;
	 unsigned char _USB_ID_bInterfaceProtocol_0_0;
	 unsigned char _USB_ID_iInterface_0_0;
// Endpoint 1 Descriptor  for interface 0 alternate setting 0 //
	 unsigned char _USB_ED_bLength_1_0_0;
	 unsigned char _USB_ED_bDescriptorType_1_0_0;
	 unsigned char _USB_ED_bEndpointAddress_1_0_0;
	 unsigned char _USB_ED_bmAttributes_1_0_0;
	 unsigned int  _USB_ED_wMaxPacketSize_1_0_0;
	 unsigned char _USB_ED_bInterval_1_0_0;
// Endpoint 2 Descriptor  for interface 0 alternate setting 0 //
	 unsigned char _USB_ED_bLength_2_0_0;
	 unsigned char _USB_ED_bDescriptorType_2_0_0;
	 unsigned char _USB_ED_bEndpointAddress_2_0_0;
	 unsigned char _USB_ED_bmAttributes_2_0_0;
	 unsigned int  _USB_ED_wMaxPacketSize_2_0_0;
	 unsigned char _USB_ED_bInterval_2_0_0;
};

// struct for descriptor
// Hub device descriptor table 
#if _USB_HUB

const struct HubDeviceDescriptor Hub_device_desc_table = 
{
		 ET_USB_HD_bLength,
		 ET_USB_HD_bDescriptorType,
		 ET_USB_HD_bcdUSB,
		 ET_USB_HD_bDeviceClass,
		 ET_USB_HD_bDeviceSubClass,
		 ET_USB_HD_bDeviceProtocol,
		 ET_USB_HD_bMaxPacketSize0,
		 ET_USB_HD_idVender,
		 ET_USB_HD_idProduct,
		 ET_USB_HD_bcdDevice,
		 ET_USB_HD_iManufacture,
		 ET_USB_HD_iProduct,
		 ET_USB_HD_iSerialNumber,
		 ET_USB_HD_bNumConfiguration
};

// Hub configure descriptor table //
const struct HubConfigureDescriptor Hub_config_desc_table=
{
		 ET_USB_HC_bLength,
		 ET_USB_HC_bDescriptorType,
		 ET_USB_HC_wTotalLength,
		 ET_USB_HC_bNumInterface,
		 ET_USB_HC_bConfigurationValue,
		 ET_USB_HC_iConfiguration,
		 ET_USB_HC_bmAttributes,
		 ET_USB_HC_MaxPower,
		 ET_USB_HI_bLength,
		 ET_USB_HI_bDescriptorType,
		 ET_USB_HI_bInterfaceNumber,
		 ET_USB_HI_bAlternateSetting,
		 ET_USB_HI_bNumEndpoints,
		 ET_USB_HI_bInterfaceClass,
		 ET_USB_HI_bInterfaceSubClass,
		 ET_USB_HI_bInterfaceProtocol,
		 ET_USB_HI_iInterface,
		 ET_USB_HE_bLength1,
		 ET_USB_HE_bDescriptorType1,
		 ET_USB_HE_bEndpointAddress1,
		 ET_USB_HE_bmAttributes1,
		 ET_USB_HE_wMaxPacketSize1,
		 ET_USB_HE_bInterval1
};

// definition for Hub class descriptor table //
const struct HubClassDescriptor Hub_class_desc_table =
{
		 ET_USB_HU_bDescLength,
		 ET_USB_HU_bDescriptorType,
		 ET_USB_HU_bNbrPorts,
		 ET_USB_HU_bHubCharacteristics,
		 ET_USB_HU_bPwrOn2PwrGood,
		 ET_USB_HU_bHubContrCurrent,
		 ET_USB_HU_DeviceRemovable,
		 ET_USB_HU_PortPwrCtrlMask
};

#endif

const struct DeviceDescriptor Fc_device_desc_table = 
{
		 ET_USB_DD_bLength,
		 ET_USB_DD_bDescriptorType,
		 ET_USB_DD_bcdUSB,
		 ET_USB_DD_bDeviceClass,
		 ET_USB_DD_bDeviceSubClass,
		 ET_USB_DD_bDeviceProtocol,
		 ET_USB_DD_bMaxPacketSize0,
		 ET_USB_DD_idVender,
		 ET_USB_DD_idProduct,
		 ET_USB_DD_bcdDevice,
		 ET_USB_DD_iManufacture,
		 ET_USB_DD_iProduct,
		 ET_USB_DD_iSerialNumber,
		 ET_USB_DD_bNumConfiguration
};

// definition for Device configure descriptor //
const struct DeviceConfigureDescriptor Fc_config_desc_table = 
{
		 ET_USB_CD_bLength,
		 ET_USB_CD_bDescriptorType,
		 ET_USB_CD_wTotalLength,
		 ET_USB_CD_bNumInterface,
		 ET_USB_CD_bConfigurationValue,
		 ET_USB_CD_iConfiguration,
		 ET_USB_CD_bmAttributes,
		 ET_USB_CD_MaxPower,
		 ET_USB_ID_bLength_0_0,
		 ET_USB_ID_bDescriptorType_0_0,
		 ET_USB_ID_bInterfaceNumber_0_0,
		 ET_USB_ID_bAlternateSetting_0_0,
		 ET_USB_ID_bNumEndpoints_0_0,
		 ET_USB_ID_bInterfaceClass_0_0,
		 ET_USB_ID_bInterfaceSubClass_0_0,
		 ET_USB_ID_bInterfaceProtocol_0_0,
		 ET_USB_ID_iInterface_0_0,
		 ET_USB_ED_bLength_1_0_0,
		 ET_USB_ED_bDescriptorType_1_0_0,
		 ET_USB_ED_bEndpointAddress_1_0_0,
		 ET_USB_ED_bmAttributes_1_0_0,
		 ET_USB_ED_wMaxPacketSize_1_0_0,
		 ET_USB_ED_bInterval_1_0_0,
		 ET_USB_ED_bLength_2_0_0,
		 ET_USB_ED_bDescriptorType_2_0_0,
		 ET_USB_ED_bEndpointAddress_2_0_0,
		 ET_USB_ED_bmAttributes_2_0_0,
		 ET_USB_ED_wMaxPacketSize_2_0_0,
		 ET_USB_ED_bInterval_2_0_0
};

// definition for Language ID table //
const struct StringLanguageId String_langid_table =
{
		 4,
		 descriptor_types_string,
		 ET_USB_String_LANGUAGE_ID
};

// definition for manufacture string table //
const struct StringIndexTable String_index_DManufacture_table =
{
		 ET_USB_Manufacture_Length,
		 descriptor_types_string,
		 ET_USB_Manufacture_String
};

// definition for Product string table //
const struct StringIndexTable String_index_DProduct_table =
{
		 ET_USB_Product_Length,
		 descriptor_types_string,
		 ET_USB_Product_String
};